who is a in season 2 of pll
Mona
15461432
confront "-A" who appears to be a woman dressed as The Black Swan from Swan Lake. Spencer, accompanied by Mona, rides out to Lost Woods, while the other girls chase "-A". Spencer and Mona are able to steal the key to one of the rooms, which is revealed to be "-A's" Lair. Mona then reveals to Spencer that she is "-A", while the woman at the costume party was only a decoy. Mona knocks Spencer unconscious, driving her to a nearby cliff. She gives Spencer the option of joining her "-A" Team, or dying. Spencer momentarily escapes, and the other
Pretty Little Liars (season 2)
20942996
a minimum salary of $25,000 per season, health care, and league equity. The PLL will feature six teams with a 28-player roster. As opposed to tying teams to a specific market, the league will tour 12 different "major market cities". The season is projected to have 14 weeks, comprising 10 regular-season weekends, 1 all-star weekend, and 2 playoff weekends. It is projected the season will run during the summer from June 1 through September 21. This schedule will assure there is no overlap with the NCAA Lacrosse season or National Lacrosse League season. In Mid-October 2018 it was announced that
Premier Lacrosse League
14724838
the reference counter, the other for the output (or VCO) counter. In a uni-bit PLL, of the two digital buses, only one bit (line) of each is used. All the rest of the information is lost. PLL design is an interdisciplinary task, difficult even for experts in PLLs. This - for the Unibit PLL, which is simpler than the Multibit PLL. The design should take into account: The above PLL uses more of the bits in the two counters. There is a "difficult problem", of comparing signals at different frequencies, in two digital buses which count to a different final
PLL multibit
14724832
PLL multibit A PLL multibit or multibit PLL is a phase-locked loop (PLL) which achieves improved performance compared to a unibit PLL by using more bits. Unibit PLLs use only the most significant bit (MSB) of each counter's output bus to measure the phase, while multibit PLLs use more bits. PLLs are an essential component in telecommunications. Multibit PLLs achieve improved efficiency and performance: better utilization of the frequency spectrum, to serve more users at a higher quality of service (QoS), reduced RF transmit power, and reduced power consumption in cellular phones and other wireless devices. A phase-locked loop is
PLL multibit
5465517
as ×3/2, ×4/3, ×2/3, etc.) and generate arbitrary voltages by quickly alternating between modes, depending on the controller and circuit topology. They are commonly used in low-power electronics (such as mobile phones) to raise and lower voltages for different parts of the circuitry - minimizing power consumption by controlling supply voltages carefully. The term "charge pump" is also commonly used in phase-locked loop (PLL) circuits even though there is no pumping action involved unlike in the circuit discussed above. A PLL charge pump is merely a bipolar switched current source. This means that it can output positive and negative current
Charge pump
16478218
we announce the New Jersey Rascals will not be playing this season. We believe it is in the best interest of our fans, the Sun National Bank Center, our corporate partners and sponsors to take another year to explore the many ways that we can build on the great momentum we are seeing in the Mercer County area." With the loss of the Rascals, the 2012 PLL season was in serious jeopardy. The Rascals have since become a charter member of the new United States Lacrosse League which also failed to launch. Professional Lacrosse League The Professional Lacrosse League (PLL)
Professional Lacrosse League
14724836
better performance than phase coding. Fine frequency resolution is the capability of a PLL to generate closely spaced frequencies. For example, a cellular network may require a mobile phone to set its frequency at any of a plurality of values, spaced 30 kHz or 10 kHz. The "performance envelope" of a PLL defines the interrelation between the above essential criteria of performance - for example improving the frequency resolution will result in a slower PLL and higher phase noise, etc. The PLL Multibit expands the performance envelope of the PLL - it enables to achieve faster settling time together with
PLL multibit
14724840
and programming the components. Early multibit PLLs used a microprocessor, a microcontroller or DSP to close the loop in a smart implementation. A multibit PLL offers fine frequency resolution and fast frequency hopping, together with lower phase noise and lower power consumption. It thus enhances the overall performance envelope of the PLL. The loop bandwidth can be optimized for phase noise performance and/or frequency settling speed; it depends less on the frequency resolution. Improving the PLL performance can make better use of the frequency spectrum and reduce transmit power. And indeed, PLL performance is being constantly improved. PLL multibit A
PLL multibit
19133724
can swim by way of two rear mounted propellers. The existence of the PLL-05 was first revealed in 2001 with the system entering service some years later. The PLL-05 was one of the systems that participated in the military parade as part of the 60th anniversary of the People's Republic of China celebrations. PLL-05 The PLL-05 is a Chinese self-propelled gun-mortar in use by Chinese mechanised infantry formations. Conceptually it is similar to the Russian 2S23 "Nona-SVK" (the turret and weapon system of the 2S9 Nona mounted on a BTR-80 chassis) three of which China purchased for evaluation; at one
PLL-05
10586477
facilities. PLL has a long term LNG supply contract with RasGas, Qatar, for import of 7.5 MMTPA of LNG. PLL Dahej terminal in Gujarat has been expanded to 10 MMTPA capacity. PLL has successfully implemented a pilot project for supplying LNG through cryogenic road tankers. PLL is also coming up with an LNG terminal at Kochi, Kerala, with an initial capacity of 2.5 MMTPA, expandable up to 5 MMTPA and it was scheduled to be operational by end of 2011. GAIL has a 12.5% equity stake in PLL, along with BPCL, ONGC and IOCL as equal partners. Ratnagiri Gas and
GAIL
6328033
previous sentences (that correspond to the figure where the integrator, and not the flat gain, is used), the DLL is a loop of 1st order and type 1 and the PLL of 2nd order and type 2. Without the integration of the error signal, the DLL would be 0th order and type 0 and the PLL 1st order and type 1. The number of elements in the delay chain must be even, or else the duty cycle of the clock at the intermediate nodes of the chain might become irregular. If 2N +1 was the -odd- number of stages, a
Delay-locked loop
20942995
Premier Lacrosse League Premier Lacrosse League (PLL) is a proposed professional lacrosse league. The league's inaugural season is set to debut June 1, 2019 and include a 14-week tour-based schedule taking place in 12 "major-market cities." The league is founded by the American professional lacrosse player Paul Rabil and his brother Mike Rabil. Investors include The Chernin Group and The Raine Group. In September 2018 Bloomberg reported Paul Rabil would be launching a new professional lacrosse league. The PLL would be a direct competitor to the more established Major League Lacrosse. The new league will provide professional lacrosse players with
Premier Lacrosse League
14724833
an electronic component or system comprising a closed loop for controlling the phase of an oscillator while comparing it with the phase of an input or reference signal. An indirect frequency synthesizer uses a PLL. In an all-digital PLL, a voltage-controlled oscillator (VCO) is controlled using a digital, rather than analog, control signal. The phase detector gives a signal proportional to the phase difference between two signals; in a PLL, one signal is the reference, and the other is the output of the controlled oscillator (or a divider driven by the oscillator). In a unibit phase-locked loop, the phase is
PLL multibit
20942997
140 players had already been signed by the PLL. Of the 140 players; 86 All-Americans, 25 members of the U.S. National Team, and 10 former Tewaaraton Award winners. The league followed up with an announcement the first week of December 2018 that it had signed 17 additional players. It was further announced that the league signed an exclusive media rights with NBC Sports Group. Premier Lacrosse League Premier Lacrosse League (PLL) is a proposed professional lacrosse league. The league's inaugural season is set to debut June 1, 2019 and include a 14-week tour-based schedule taking place in 12 "major-market cities."
Premier Lacrosse League
5457883
as the input, which in turn drives the right grounded link of the PLL, thus driving the entire PLL. Sylvester ("Collected Works", Vol. 3, Paper 2) writes that when he showed a model to Kelvin, he “nursed it as if it had been his own child, and when a motion was made to relieve him of it, replied ‘No! I have not had nearly enough of it—it is the most beautiful thing I have ever seen in my life.’” A monumental-scale sculpture implementing the linkage in illuminated struts is on permanent exhibition in Eindhoven, Netherlands. The artwork measures , weighs
Peaucellier–Lipkin linkage
14724839
value. Improved performance is possible by using the faster bits of the counters, taking into account the additional available information. The operation of the PLL is further disrupted by "overflow in the counters". This effect is only relevant in multibit PLLs; for Unibit PLL, there is only the one-bit signal MSB, therefore no overflow is possible. The additional degree of freedom in Multibit PLLs allows to adapt each PLL to specific requirements. This can be effectively implemented with programmable logic devices (PLD), for example those manufactured by Altera Corp. Altera provides both digital components and advanced design tools for using
PLL multibit
19729169
B-Cell Prolymphocytic Leukemia B-cell prolymphocytic leukemia, referred to as B-PLL, is a rare blood cancer. Specifically, B-PLL is a prolymphocytic leukemia (PLL) that affects prolymphocytes – immature forms of B-lymphocytes and T-lymphocytes – in the peripheral blood, bone marrow, and spleen. It is an aggressive cancer that presents poor response to treatment. Mature lymphocytes are infection-fighting immune system cells. B-lymphocytes have two responsibilities: It is categorized as a lymphoproliferative disorder due to the excessive production of lymphocytes, in B-PLL there is excess production of B-prolymphocytes by the bone marrow. These immature lymphocytes are not normally found in the blood; part
B-Cell Prolymphocytic Leukemia
19729180
early relapse and median survival time between 3–5 years. B-Cell Prolymphocytic Leukemia B-cell prolymphocytic leukemia, referred to as B-PLL, is a rare blood cancer. Specifically, B-PLL is a prolymphocytic leukemia (PLL) that affects prolymphocytes – immature forms of B-lymphocytes and T-lymphocytes – in the peripheral blood, bone marrow, and spleen. It is an aggressive cancer that presents poor response to treatment. Mature lymphocytes are infection-fighting immune system cells. B-lymphocytes have two responsibilities: It is categorized as a lymphoproliferative disorder due to the excessive production of lymphocytes, in B-PLL there is excess production of B-prolymphocytes by the bone marrow. These immature
B-Cell Prolymphocytic Leukemia
10082318
Despite its overall rarity, it is also the most common type of mature T cell leukemia. T-cell prolymphocytic leukemia T-cell-prolymphocytic leukemia (T-PLL) is a mature T-cell leukemia with aggressive behavior and predilection for blood, bone marrow, lymph nodes, liver, spleen, and skin involvement. T-PLL is a very rare leukemia, primarily affecting adults over the age of 30. It represents 2% of all small lymphocytic leukemias in adults. Other names include "T-cell chronic lymphocytic leukemia", ""knobby" type of T-cell leukemia", and "T-prolymphocytic leukemia/T-cell lymphocytic leukemia." People affected by T-cell prolymphocytic leukemia typically have systemic disease at presentation, including enlargement of the
T-cell prolymphocytic leukemia
10082312
T-cell prolymphocytic leukemia T-cell-prolymphocytic leukemia (T-PLL) is a mature T-cell leukemia with aggressive behavior and predilection for blood, bone marrow, lymph nodes, liver, spleen, and skin involvement. T-PLL is a very rare leukemia, primarily affecting adults over the age of 30. It represents 2% of all small lymphocytic leukemias in adults. Other names include "T-cell chronic lymphocytic leukemia", ""knobby" type of T-cell leukemia", and "T-prolymphocytic leukemia/T-cell lymphocytic leukemia." People affected by T-cell prolymphocytic leukemia typically have systemic disease at presentation, including enlargement of the liver and spleen, widespread enlargement of the lymph nodes, and skin infiltrates. Due to the systemic
T-cell prolymphocytic leukemia
10082317
treated people with T-PLL, people who had a complete response to alemtuzumab survived a median of 16 months after treatment. Some patients who successfully respond to treatment also undergo stem cell transplantation to consolidate the response. T-PLL is an extremely rare aggressive disease, and patients are not expected to live normal lifespans. Before the recent introduction of better treatments, such as alemtuzumab, the median survival time was 7.5 months after diagnosis. More recently, some patients have survived five years and more, although the median survival is still low. About four men are diagnosed with this disease for every three women.
T-cell prolymphocytic leukemia
18985226
to name such frequency deviations that make the acquisition process possible (see, e.g. explanations in [, p. 40], [, p. 61]). Definition of pull-in range. Pull-in range is a largest interval of frequency deviations formula_10 such that PLL acquires lock for arbitrary initial phase, initial frequency, and filter state. Here formula_11 is called pull-in frequency. Assume that PLL is initially locked. Then the reference frequency formula_12 is suddenly changed in an abrupt manner(step change). Pull-in range guarantees that PLL will eventually synchronize, however this process may take a long time. Such long acquisition process is called cycle slipping. If difference
Phase-locked loop ranges
19729172
used to study proteins expressed in cells using immunologic markers. In B-PLL patients there is strong expression of surface immunoglobulin – a membrane-bound form of an antibody, b-lymphocyte surface antigens CD19, CD20, CD22, CD79a and FMC7, and weak expression of CD5 and CD23. Due to the similarities among lymphoproliferative disorders, it is often difficult to diagnose patients. Immunophenotyping helps distinguish B-PLL from similar diseases, one of its key identifiers is the absence in expression of the surface antigens CD10, CD11c, CD25, CD103 and cyclin D1 – an important regulator of cell-cycle progression. B-PLL is rare, consequently few genetic studies have
B-Cell Prolymphocytic Leukemia
19729171
leukemia is often asymptomatic. The most common signs and symptoms are the result of the inability of the bone marrow to produce normal levels of blood cells: Diagnosis of B-PLL is difficult due to its considerable overlap with other mature B-cell leukemias and lymphomas. It requires integration of morphology with diagnostic tests including immunophenotyping and chromosome analysis (cytogenetics). In order to diagnose a patient with B-PLL, b-prolymphocyte composition of a patient's blood cells must exceed 55%. High white blood cell counts – greater than 100 x 10/L – are also indicative of B-PLL. B-prolymphocytes are characterized by: This technique is
B-Cell Prolymphocytic Leukemia
520067
the PLL responds only to the carrier frequencies which are very close to the VCO output, a PLL AM detector exhibits a high degree of selectivity and noise immunity which is not possible with conventional peak type AM demodulators. However, the loop may lose lock where AM signals have 100% modulation depth. One desirable property of all PLLs is that the reference and feedback clock edges be brought into very close alignment. The average difference in time between the phases of the two signals when the PLL has achieved lock is called the static phase offset (also called the steady-state
Phase-locked loop
19133721
PLL-05 The PLL-05 is a Chinese self-propelled gun-mortar in use by Chinese mechanised infantry formations. Conceptually it is similar to the Russian 2S23 "Nona-SVK" (the turret and weapon system of the 2S9 Nona mounted on a BTR-80 chassis) three of which China purchased for evaluation; at one time it was reported that China would purchase 100 of the Russian vehicles however this failed to occur, nor does it appear that there was a formal transfer of technology to China. The Chinese system features a longer barreled weapon mounted on the Type 92 variant of the WZ551 armored personnel carrier. The
PLL-05
10586448
the globe and has been adopting a strategy to have a mixed portfolio of spot, short/mid-term, and long-term deals. To ensure long-term supplies in the past, GAIL has promoted Petronet LNG Ltd (PLL), along with oil majors Oil and Natural Gas Corporation (ONGC), Indian Oil Corporation (IOC) and Bharat Petroleum Corporation Limited (BPCL) for the import of LNG into India. PLL is importing 7.5 MMTPA of LNG from Qatar for its Dahej Terminal on long-term contract basis. PLL will also be importing 1.44 MMTPA from Gorgon LNG project, Australia for its Kochi Terminal. GAIL is also the sole transporter of
GAIL
14724835
so the oscillator frequency follows (equals) the input frequency. Although the average output frequency equals the input frequency, the oscillator's frequency fluctuates or vibrates about that average value. The closed loop operates to correct such frequency deviations; higher performance PLL reduces these fluctuations to lower values, however these deviations can never be stopped. See Control theory. Phase noise, spurious emission, and jitter are results of the above phenomena. Frequency settling time is the time it takes the PLL to hop to another frequency. Frequency hopping is used in GSM, and still more in modern systems. In CDMA, frequency hopping achieves
PLL multibit
15066812
cells. Studies have also shown that alginate-PLL-alginate (APA) microcapsules demonstrate low mechanical stability and short term durability. Thus several research groups have been looking for alternatives to PLL and have demonstrated promising results with poly-L-ornithine and poly(methylene-co-guanidine) hydrochloride by fabricating durable microcapsules with high and controlled mechanical strength for cell encapsulation. Several groups have also investigated the use of chitosan which is a naturally derived polycation as a potential replacement for PLL to fabricate alginate-chitosan (AC) microcapsules for cell delivery applications. However, studies have also shown that the stability of this AC membrane is again limited and one group demonstrated
Cell encapsulation
16478217
have not secured arena leases and are currently searching for new locations. The New Jersey Rascals will reportedly be a member of the PLL. On July 11, 2012 the Commissioner Brett Vickers announced on Twitter "@PLLcommissioner I love throwing people off by setting up websites." & "Heading South...had two great meetings in the two new PLL cities Wednesday and yesterday. Excited about September!" Adding speculation that New Jersey may not be the league's newest member. On August 28, Brett Vickers resigned from the PLL. On September 6, 2012, New Jersey Rascals CEO announced "It is with a heavy heart that
Professional Lacrosse League
16068299
but too little accuracy to be useful. Gee and LORAN-A became possible due to the development of the oscilloscope – before this the accurate measurement of time was not possible. LORAN-C became possible due to the development of the low-cost phase-locked loop (PLL) in the 1950s. A PLL produces a steady output signal with the same frequency and phase as an input signal, even if that input is periodic or poorly received. In this case the important feature was that the PLL allowed the re-construction of a continuous signal from a number of short pulses. A system using PLLs could
Hyperbolic navigation
7796270
higher maximum speed with greater accuracy at higher total cost). Only the external oscillator may be run through an on-chip phase-locked loop (PLL) clock multiplier, which may be set at 1x, 2x, 4x, 8x, or 16x. Both the on-board oscillator frequency (if used) and the PLL multiplier value may be changed at run-time. If used correctly, this can improve power efficiency; for example, the PLL multiplier can be decreased before a long "no operation" wait needed for timing purposes, then increased afterward, causing the processor to use less power. However, the utility of this technique is limited to situations where
Parallax Propeller
351545
and second layer edges simultaneously, with each corner paired up with a second-layer edge piece, thus completing the first two layers (F2L). This is then followed by orienting the last layer, then permuting the last layer (OLL and PLL respectively). Fridrich's solution requires learning roughly 120 algorithms but allows the Cube to be solved in only 55 moves on average. A now well-known method was developed by Lars Petrus. In this method, a 2×2×2 section is solved first, followed by a 2×2×3, and then the incorrect edges are solved using a three-move algorithm, which eliminates the need for a possible
Rubik's Cube
520084
the input of PLL formula_4 and VCO output formula_5 are high frequency signals. Then for any piecewise differentiable formula_28-periodic functions formula_8 and formula_9 there is a function formula_31 such that the output formula_32 of Filter in phase domain is asymptotically equal ( the difference formula_34 is small with respect to the frequencies) to the output of the Filter in time domain model. Here function formula_31 is a phase detector characteristic. Denote by formula_36 the phase difference Then the following dynamical system describes PLL behavior Here formula_39; formula_40 is the frequency of a reference oscillator (we assume that formula_15 is constant).
Phase-locked loop
520052
each car is on its own and free to pass the other and lap the other. This is analogous to the PLL in an unlocked state. However, if there is an accident, a yellow caution flag is raised. This means neither of the race cars is permitted to overtake and pass the other car. The two race cars represent the input and output frequency of the PLL in a locked state. Each driver will measure the phase difference (a fraction of the distance around the lap) between himself and the other race car. If the hind driver is too far
Phase-locked loop
14724834
measured using only one bit of the reference and output counters, the most significant bit (MSB). In a multibit phase-locked loop, the phase is measured using more than one bit of the reference and output counters, usually including the most significant bit. In unibit PLLs, the output frequency is defined by the input frequency and the modulo count of the two counters. In each counter, only the most significant bit (MSB) is used. The other output lines of the counters are ignored; this is wasted information. A PLL includes a phase detector, filter and oscillator connected in a closed loop,
PLL multibit
19269398
seventh season, but would not necessarily mean that the show would end after the seventh season. Hale said on "The Late Late Show with James Corden" that the show was ending after the seventh season. Bellisario's fiancé Patrick J. Adams said in June 2016, that the show was ending in 2017, as the couple has decided to get married after the show ends. Freeform gave out a statement not long after saying that "There has been no official decision made for PLL beyond a season 7." It was announced on August 29, 2016, the day before the mid-season finale would
Pretty Little Liars (season 7)
19133722
gun-mortar is a lighter and more compact artillery piece than the traditional gun-howitzer at the expense of maximum range, and which has the advantage of better accuracy, higher rate of fire and capability of direct fire in comparison to standard infantry mortars. The main armament of the PLL-05 is a 120mm gun-mortar in a turret capable of 360° traverse, this turret being mounted on a 6x6 WZ551 armored personnel carrier chassis. The mortar has an elevation range of -4 to +80 and is capable of both direct and indirect fire. It is fitted with a semi-automatic loader and can be
PLL-05
517444
Costas loop A Costas loop is a phase-locked loop (PLL) based circuit which is used for carrier frequency recovery from suppressed-carrier modulation signals (e.g. double-sideband suppressed carrier signals) and phase modulation signals (e.g. BPSK, QPSK). It was invented by John P. Costas at General Electric in the 1950s. Its invention was described as having had "a profound effect on modern digital communications". The primary application of Costas loops is in wireless receivers. Its advantage over the PLL-based detectors is that at small deviations the Costas loop error voltage is formula_1 as compared to formula_2. This translates to double the sensitivity
Costas loop
5863123
and maximum period to achieve a desired effect. Prescalers are typically used at very high frequency to extend the upper frequency range of frequency counters, phase locked loop (PLL) synthesizers, and other counting circuits. When used in conjunction with a PLL, a prescaler introduces a normally undesired change in the relationship between the frequency step size and phase detector comparison frequency. For this reason, it is common to either restrict the integer to a low value, or use a dual-modulus prescaler in this application. A dual-modulus prescaler is one that has the ability to selectively divide the input frequency by
Prescaler
6736509
CFOP Method The CFOP Method (Cross – F2L – OLL – PLL), sometimes known as the Fridrich method, is one of the most commonly used methods in speedsolving a 3×3×3 Rubik's Cube. This method was first developed in the early 1980s combining innovations by a number of speed cubers. Czech speedcuber Jessica Fridrich is generally credited for popularizing it by publishing it online in 1997. The method works on a layer-by-layer system, first solving a cross typically on the bottom, continuing to solve the first two layers (F2L), orienting the last layer (OLL), and finally permuting the last layer (PLL).
CFOP Method
6328031
(=delay) block where a PLL uses a variable frequency block. A DLL compares the phase of its last output with the input clock to generate an error signal which is then integrated and fed back as the control to all of the delay elements. The integration allows the error to go to zero while keeping the control signal, and thus the delays, where they need to be for phase lock. Since the control signal directly impacts the phase this is all that is required. A PLL compares the phase of its oscillator with the incoming signal to generate an error
Delay-locked loop
520065
is the PLL's feedback input. The function of the PLL is to compare the distributed clock to the incoming reference clock, and vary the phase and frequency of its output until the reference and feedback clocks are phase and frequency matched. PLLs are ubiquitous—they tune clocks in systems several feet across, as well as clocks in small portions of individual chips. Sometimes the reference clock may not actually be a pure clock at all, but rather a data stream with enough transitions that the PLL is able to recover a regular clock from that stream. Sometimes the reference clock is
Phase-locked loop
14724837
fine frequency resolution and with lower phase noise. As one progresses from the MSB toward the least significant bit (LSB), the frequency increases. For a binary counter, each next bit is at twice the frequency of the previous one. For modulo counters, the relationship is more complicated. Only the MSB of the two counters are at the same frequency. The other bits in one counter have different frequencies from those in the other counter. All the bits at the output of one counter, together, represent a digital bus. Thus, in a PLL frequency synthesizer there are two buses, one for
PLL multibit
2269438
When the phase difference is too large (which will happen when the instantaneous frequency difference is large), then the sign of the loop gain can reverse and start driving the VCO away from lock for short intervals. The design of the PFD avoids that problem. The PFD has the advantage of producing an output even when the two signals being compared differ not only in phase but in frequency. A phase frequency detector prevents a "false lock" condition in PLL applications, in which the PLL synchronizes with the wrong phase of the input signal or with the wrong frequency (e.g.,
Phase detector
10586476
about 10 km to the ONGC's C2+ Extraction Plant within Special Economic zone (SEZ) at Dahej, Gulf of Khambhat. Feed system: C2, C3 & C4 feed is sourced from existing C2+ recovery plant of ONGC in Dahej (at a distance of 10 km) through the pipeline. Mixed Naphtha (LAN & ARN) in definite proportionate from Hazira is sourced to Petrochemical complex through a separate pipeline. Saleable products: The products shall be dispatched through various modes, like bagging, truck, rail, tanker loading and through pipelines. Petronet LNG Limited (PLL)<BR> PLL has been formed for setting up of LNG import and regasification
GAIL
520062
which data can be sent. One way of eliminating this delay is to include a deskew PLL on the receive side, so that the clock at each data flip-flop is phase-matched to the received clock. In that type of application, a special form of a PLL called a delay-locked loop (DLL) is frequently used. Many electronic systems include processors of various sorts that operate at hundreds of megahertz. Typically, the clocks supplied to these processors come from clock generator PLLs, which multiply a lower-frequency reference clock (usually 50 or 100 MHz) up to the operating frequency of the processor. The
Phase-locked loop
520066
the same frequency as the clock driven through the clock distribution, other times the distributed clock may be some rational multiple of the reference. A PLL may be used to synchronously demodulate amplitude modulated (AM) signals. The PLL recovers the phase and frequency of the incoming AM signal's carrier. The recovered phase at the VCO differs from the carrier's by 90°, so it is shifted in phase to match, and then fed to a multiplier. The output of the multiplier contains both the sum and the difference frequency signals, and the demodulated output is obtained by low pass filtering. Since
Phase-locked loop
18869436
Weekly"'s Isabella Biedenharn deemed the reveal "satisfying", saying she did not understand people's disappointment and that Wren or one of the Liars "would have made no sense". Biedenharn called Vanessa Ray "fantastic" and "compelling". She opined that the episode, "the biggest in "PLL" history", deserved at least two hours. Vanessa Ray won a Teen Choice Award for Choice TV Villain for her performance in this episode. Game Over, Charles "Game Over, Charles", the tenth episode of sixth season, serves as the mid-season finale. It is the 130th episode, overall, of the ABC Family mystery drama series "Pretty Little Liars". It
Game Over, Charles
4136121
response at its output because a linear system can not create frequencies not present at its input. The superior close-in phase noise performance of a DDS stems from the fact that it is a feed-forward system. In a traditional phase locked loop (PLL), the frequency divider in the feedback path acts to multiply the phase noise of the reference oscillator and, within the PLL loop bandwidth, impresses this excess noise onto the VCO output. A DDS on the other hand, reduces the reference clock phase noise by the ratio formula_1 because its output is derived by fractional division of the
Direct digital synthesis
520060
radio transmitters, a PLL is used to synthesize new frequencies which are a multiple of a reference frequency, with the same stability as the reference frequency. Other applications include: Some data streams, especially high-speed serial data streams (such as the raw stream of data from the magnetic head of a disk drive), are sent without an accompanying clock. The receiver generates a clock from an approximate frequency reference, and then phase-aligns to the transitions in the data stream with a PLL. This process is referred to as clock recovery. In order for this scheme to work, the data stream must
Phase-locked loop
19729175
of genes it regulates, most are involved in cell growth, cell cycle progression, protein biosynthesis and apoptosis. Amplification of c-MYC has been reported in B-PLL patients and while the consequences are unclear, it is generally associated with poor clinical outcome. After physicians have identified an abnormality in the composition of the peripheral blood, biopsies (tissue samples) from a patient's bone marrow and/or spleen are often recommended for confirmation. A bone marrow biopsy involves the removal of a small amount of tissue that is further analyzed for abnormalities, for B-PLL pathologists look for prolymphocytic infiltration where the hematopoietic stem cells of
B-Cell Prolymphocytic Leukemia
2984372
control voltage range of typically 0 to 3 volts, because the high Q factor of the crystals allows "pulling" over only a small range of frequencies. When a wider selection of clock frequencies is needed the VCXO output can be passed through digital divider circuits to obtain lower frequencies or be fed to a phase-locked loop (PLL). ICs containing both a VCXO (for external crystal) and a PLL are available. A typical application is to provide clock frequencies in a range from 12 kHz to 96 kHz to an audio digital-to-analog converter. There are two reasons for using a VCXO:
Voltage-controlled oscillator
1766661
the formulae: formula_4 where V is the combined division ratio V = MN+A. For this to work properly, A must be strictly less than M, as well as less than or equal to N. These restrictions on values of A imply that you can't get every division ratio V. If V falls below M(M - 1), some channels will be missing. Today, most dual-modulus prescalers exist inside of PLL chips, making it impossible to probe actual signals during operation. The first dual-modulus prescalers were discrete ECL devices, separate from the PLL chips. Here is an example of a dual-modulus prescaler
Dual-modulus prescaler
3061521
Party of Right and Legality (PLL). PLL is a right wing monarchist party and a marginal factor in Albanian politics. It formed a coalition with other parties in Albania. Leka, however, did not vote, stating that Leka was head of the Movement for National Development. He argued that he was a fighter for a Greater Albania in terms of ethnicity and that his restoration as king would make possible this goal. However, in February 2006, he announced he would be withdrawing from political and public life. He died on 30 November 2011 in Mother Teresa Hospital, Tirana. He was buried
Leka, Crown Prince of Albania (born 1939)
19729170
of their maturation process is being programmed to produce antibodies against foreign material prior to their departure from the bone marrow. In B-PLL, malignant B-prolymphocytes disrupt the adaptive capabilities of the immune system due to the lack of mature B-lymphocytes. B-PLL represents less than 1% of all leukemia cases worldwide, mainly affecting the elderly population with a mean age of presentation between 65-70 years. Most cases have shown slight male predominance, with a male-to-female ratio of 1.6 to 1, and the vast majority of patients being Caucasians. This type of leukemia is characterized by: Similar to other leukemias, B-cell prolymphocytic
B-Cell Prolymphocytic Leukemia
520069
logic families such as transistor-transistor logic (TTL) or CMOS. Another desirable property of all PLLs is that the phase and frequency of the generated clock be unaffected by rapid changes in the voltages of the power and ground supply lines, as well as the voltage of the substrate on which the PLL circuits are fabricated. This is called substrate and supply noise rejection. The higher the noise rejection, the better. To further improve the phase noise of the output, an injection locked oscillator can be employed following the VCO in the PLL. In digital wireless communication systems (GSM, CDMA etc.),
Phase-locked loop
8701149
to counter this effect and keep the system in optimal resonance conditions, White used a phase-locked loop system (PLL). Their analysis assumed that using a PLL ruled out significant electromagnetic interaction with the wall. Another potential source of error was a Lorentz force arising from power leads. Many previous experiments used cups with Galinstan metal alloy, which is liquid at room temperature, to supply electrical power to the device in lieu of solid wires. Martin Tajmar and his graduate student Fiedler characterized and attempted to quantify possible sources of error in their experiment at Dresden University of Technology. They ran
RF resonant cavity thruster
19729173
focused on this disease. As a result, the associated genetic lesions underlying B-PLL are largely unknown. The most commonly reported abnormalities have occurred at chromosome 14, specifically in a region of the chromosome called band q23 (14q23). Translocations to this location lead to overexpression of the cyclin D1 gene which has been linked to both the development and progression of a number of cancers. Other chromosomal abnormalities have been reported on 6q21, 11q23, 12p12, 13q14 and 17p. Among the documented studies, mutations to the TP53 gene have occurred in 75% of all cases of B-PLL. This is the highest incidence
B-Cell Prolymphocytic Leukemia
520080
in the feedback path divides by formula_1 and the reference input divider divides by formula_2, it allows the PLL to multiply the reference frequency by formula_3. It might seem simpler to just feed the PLL a lower frequency, but in some cases the reference frequency may be constrained by other issues, and then the reference divider is useful. Frequency multiplication can also be attained by locking the VCO output to the "N"th harmonic of the reference signal. Instead of a simple phase detector, the design uses a harmonic mixer (sampling mixer). The harmonic mixer turns the reference signal into an
Phase-locked loop
2682166
every year. The 555 is the most popular integrated circuit ever manufactured. The IC was designed in 1971 by Hans R. Camenzind under contract to Signetics (later acquired by Philips Semiconductors, and now NXP). In 1962, Camenzind joined PR Mallory's Laboratory for Physical Science in Burlington, Massachusetts. He designed a pulse-width modulation (PWM) amplifier for audio applications, but it was not successful in the market because there was no power transistor included. He became interested in tuners such as a gyrator and a phase-locked loop (PLL). He was hired by Signetics to develop a PLL IC in 1968. He designed
555 timer IC
1690160
the Puff variety have few, if any, dental defects. Eyes are a concern within the breed, with many suffering from a painful and blinding inherited eye disease called Primary Lens Luxation. (PLL) The Chinese Crested can also have at least two forms of progressive retinal atrophy (PRA) which can eventually lead to blindness as well. For PLL and also one of the forms of PRA, there exists a genetic test, to determine if a dog is a "carrier, clear, or affected." prcd-PRA. Since the test for prcd-PRA can only reveal the existence of affected or carrier status of this one
Chinese Crested Dog
10996674
to other frequency synthesizer and PLL design techniques. In similar fashion, the frequency output of large lasers can be purified by injection locking them with high accuracy reference lasers (see injection seeder). An injection-locked oscillator (ILO) is usually based on cross-coupled LC oscillator. It has been employed for frequency division or jitter reduction in PLL, with the input of pure sinusoidal waveform. It was employed in continuous mode clock and data recovery (CDR) or clock recovery to perform clock restoration from the aid of either preceding pulse generation circuit to convert non-return-to-zero (NRZ) data to pseudo-return-to-zero (PRZ) format or nonideal
Injection locking
18985224
VCO. Definition of locked state In a locked state: 1) the phase error fluctuations are small, the frequency error is small; 2) PLL approaches the same locked state after small perturbations of the phases and filter state. Definition of hold-in range. A largest interval of frequency deviations formula_7 for which a locked state exists is called a hold-in range, and formula_8 is called hold-in frequency. Value of frequency deviation belongs to the hold-in range if the loop re-achieves locked state after small perturbations of the filter's state, the phases and frequencies of VCO and the input signals. This effect is
Phase-locked loop ranges
4753093
primary lens luxation. PLL is a late onset disease which typically affects dogs between the ages of mid 2 and 7. Younger and older cases are known. During September 2009 a definitive DNA test was released by the Animal Health Trust. This test gives three results: Clear, Carrier, or Affected. Aortic valve stenosis and mitral valve dysplasia are heart diseases. Diagnosis is made by colour doppler echocardiography scanning by a specialist veterinarian. Disorders of the skin of a Miniature Bull Terrier can occur. Pyotraumatic dermatitis (hot spots), allergic reactions, and hives can be problematic. U.K. and U.S. breed surveys shows
Miniature Bull Terrier
16478215
Professional Lacrosse League The Professional Lacrosse League (PLL) was a men's professional indoor lacrosse league in the United States. It was announced in 2012 with its inaugural season scheduled to begin in September 2012. The league originated in a split with the North American Lacrosse League (NALL). The Professional Lacrosse League developed out of a rift in the North American Lacrosse League, which was originally scheduled to start play with five teams in January 2012. Weeks before the NALL season was to start, four of the teams – the Charlotte Copperheads, the Hershey Haymakers, the Jacksonville Bullies, and the Wilkes-Barre/Scranton
Professional Lacrosse League
15745703
Charlotte Copperheads The Charlotte Copperheads were an American professional indoor lacrosse team based in Charlotte, North Carolina. They are a charter member of the Professional Lacrosse League (PLL) and began play in the 2012 season with their home games at the Bojangles' Coliseum. The Copperheads are Charlotte's second indoor lacrosse team; the Charlotte Cobras of the Major Indoor Lacrosse League (now known as the National Lacrosse League) played a single season at the Coliseum (when it was known as the Independence Arena) in 1996 before folding. The Cobras maintain the dubious distinction of being the only EPBLL/MILL/NLL team to finish
Charlotte Copperheads
15745700
Charlotte Copperheads The Charlotte Copperheads were an American professional indoor lacrosse team based in Charlotte, North Carolina. They are a charter member of the Professional Lacrosse League (PLL) and began play in the 2012 season with their home games at the Bojangles' Coliseum. The Copperheads are Charlotte's second indoor lacrosse team; the Charlotte Cobras of the Major Indoor Lacrosse League (now known as the National Lacrosse League) played a single season at the Coliseum (when it was known as the Independence Arena) in 1996 before folding. The Cobras maintain the dubious distinction of being the only EPBLL/MILL/NLL team to finish
Charlotte Copperheads
2033895
possible, with methods such as K4. Doing so mixes a variety of techniques and is heavily reliant on commutators for the final steps. Some algorithms of Rubik's revenge are: 1. Solving edge pairs - u' R U R' u and u L' U' L u' 2. OLL parity - r U2 x r U2 r U2 r' U2 l U2 r' U2 r U2 r' U2 r' 3. PLL parity - 2R2 U2 2R2 u2 2R2 2U2 or u2 r2 U2 2R2 U2 r2 u2 The world record for fastest solve is 18.42 seconds, set by Max Park of the
Rubik's Revenge
18651117
was allegedly leaked on Reddit. The person behind the account claimed to have been fired after being a PA at the set of "Pretty Little Liars" after failing a drug test, and could therefore reveal information about the show. Showrunner I. Marlene King took to Instagram, where she posted a picture and reassured the audience that the claims were false and that the identity of 'A' had not been leaked. ABC Family responded to the leaks, stating, "All of the info on the site is false. No crew member was fired from PLL and we believe it is just a
Pretty Little Liars (season 6)
18171348
AS Jocondien from the latter town, which resulted in the fusion side Tours Joué Basket, playing in Nationale 2. However, it proved an awkward collaboration and the club amassed significant debts (€130,000 out of a budget of €380 000) and was declared bankrupt in 2009. Touraine BC then played alone in the Nationale 3, the fifth division. After repeated requests from TBC, a union was formed with PLL Tours, then of Nationale 2, in June 2014 to form Union Tours Basket Métropole. After playing on an ever-changing number of courts, mostly uncovered outside courts, the club moved into the Palais
Union Tours Basket Métropole
3694540
Method is used by most speedcubers. The CFOP (Cross - F2L - OLL - PLL) method, also known as the Fridrich Method, was named after one of its inventors, Jessica Fridrich, who finished second in the 2003 Rubik's Cube World Championships. While it is known as the Fridrich method, its origins are actually credited to David Singmaster, who was one of the first to publish a layer by layer method of solving in 1980, and Guus Razoux Schultz, who built upon this and developed a more efficient system for the first two layers (F2L). Jessica Fridrich then finished developing the
Speedcubing
19813488
in Adults 18-49, finishing with a 1.1 rating among adults aged 18–49, and aired to a total viewership of 2.10 million, placing in the seventeenth spot in viewership. This episode is rated TV-14. Louisa Mellor of "Den of Geek" commented, "I'm really looking forward to seeing what PLL looks like when it isn't holding anything back. I hope it's ridiculous, and beautiful, and subversive. Just like it's always been." Also on Season 7, she further added: "I complained that the show had lost its flavour, the things that made it different, and become a parody of itself. While I'm not
The Darkest Knight (Pretty Little Liars)
15745628
to play in the Mohegan Sun Arena. Now known as the Pennsylvania Shamrocks, the team is reportedly seeking a new venue for the 2012 season. Pennsylvania Shamrocks The Pennsylvania Shamrocks were an American professional indoor lacrosse team based in Pennsylvania. They were a charter member of the Professional Lacrosse League (PLL). They were previously known as the Wilkes-Barre/Scranton Shamrocks and planned to play in the Wilkes-Barre/Scranton area before losing their lease to the Mohegan Sun Arena at Casey Plaza. A franchise of the upstart North American Lacrosse League based in the Wilkes-Barre/Scranton area was announced in June 2011, the first
Pennsylvania Shamrocks
16478216
Shamrocks – announced that the NALL had relieved acting Commissioner Anthony Caruso of duty and would be switching from a winter to a fall schedule. In turn, Caruso responded that his removal was illegitimate and that he remained in charge of the NALL, which would keep to the winter schedule. The dispute went to litigation, with the result that winter faction kept the NALL name and branding, while the fall faction formed the PLL. Brett Vickers was announced as PLL League President. The league expects to start play with four teams in September 2012, however, the Haymakers and Shamrocks franchises
Professional Lacrosse League
9056355
greater than a certain value, the embedded generation will be disconnected from the network. Loads generally have power factors that are not perfect, meaning that they do not accept the voltage from the grid perfectly, but impede it slightly. Grid-tie inverters, by definition, have power factors of 1. This can lead to changes in phase when the grid fails, which can be used to detect islanding. Inverters generally track the phase of the grid signal using a phase locked loop (PLL) of some sort. The PLL stays in sync with the grid signal by tracking when the signal crosses zero
Islanding
3958151
a special stain known as TRAP (tartrate resistant acid phosphatase). More recently, DB44 testing assures more accurate results. It is also possible to definitively diagnose hairy cell leukemia through flow cytometry on blood or bone marrow. The hairy cells are larger than normal and positive for CD19, CD20, CD22, CD11c, CD25, CD103, and FMC7. (CD103, CD22, and CD11c are strongly expressed.) Hairy cell leukemia-variant (HCL-V), which shares some characteristics with B cell prolymphocytic leukemia (B-PLL), does not show CD25 (also called the Interleukin-2 receptor, alpha). As this is relatively new and expensive technology, its adoption by physicians is not uniform,
Hairy cell leukemia
15724788
baud rate, which was useful in some contexts, but not when used purely for data communications over known-good lines. The other improvement, which would prove key to the design, was to use the incoming signal itself as the reference tone. While working at Ampex, Felsenstein had learned that the signal would always return to a "one" tone between sending bits of data; his new design looked for these signals and used them to resynchronize a local phase locked loop (PLL). The system stored the "one" voltage generated by the PLL on a capacitor and set the threshold voltage to a
Pennywhistle modem
17101577
minimum number of additional process steps. In contrast, other companies employed BiCMOS to implement emitter-coupled logic for microprocessors, which consumed much more power. The BiCMOS circuits were developed for the Pentium processor family and its follow-on generations, Pentium Pro, Pentium II processor family. Young developed the original Phase Locked Loop (PLL) based clocking circuit in a microprocessor while working on the 50 MHz Intel 80486 processor design. He subsequently developed the core PLL clocking circuit building blocks used in each generation of Intel microprocessors through the 0.13 μm 3.2 GHz Pentium 4. The successful introduction of GHz clocking contributed to
Ian A. Young
11741701
be done by choosing one of the three intersection points P between the given lines; and drawing a circle centered on the midpoint of C and P of diameter equal to the distance between C and P. The intersections of that circle with the intersecting given lines are the two points of tangency. PLL problems generally have 2 solutions. As shown above, if a circle is tangent to two given lines, its center must lie on one of the two lines that bisect the angle between the two given lines. By symmetry, if such a circle passes through a given
Special cases of Apollonius' problem
16601935
many of advanced LCD driver interfaces, using CDR (or clock data recovery) technology, remove the necessities to adjust skew between clock and data and achieved higher data rate over 1 Gbit/s. However, CDR technology requires having PLL circuits on receiving driver ICs. COF is easily affected by the noise of power source and ground. CalDriCon, instead of using CDR, detects the optimal sampling points at receiving driver ICs and adjust the transmitting phase between clock and data. This feature achieves both of high-speed of 2 Gbit/s and noise tolerances in unstable power sources and ground as well solution of skew
CalDriCon
11520319
instructor for PLL LOT. Janusz Centka Janusz Centka (born 20 April 1950, Tonowo) is a Polish glider pilot who has won two European and three World Gliding Championships. In 2002 he established a world record in speed over a triangular course of 1000 km (144.95 km/h) in the 15m class in a SZD 56 Diana from Ely, Nevada (USA). In 2003, he was awarded the Paul Tissandier Diploma, and in 2004 he was awarded the Lilienthal Gliding Medal by the Fédération Aéronautique Internationale gliding commission. He is a member of the gliding club at Leszno and works as a Boeing
Janusz Centka
15745702
with the fall faction forming the Professional Lacrosse League. The Copperheads began play in September 2012 with a road win against the Jacksonville Bullies. Their inaugural season concludes on December 1. The PLL has since folded. This has caused the Copperheads to no longer exist. The Copperheads name was decided through a name-the-team contest-after various submissions, the official team name will be decided via a 16-nomination bracket from the top submissions. Notably, three of the finalists (Charge, Legion, Monarchs) were runners-up for the name-the-team contest which ultimately decided the Charlotte Hounds name for the city's 2012 Major League Lacrosse team.
Charlotte Copperheads
17101578
massive improvements in computing power. The integration of an on-chip PLL enabled the clock rates to exceed the off chip interconnect I/O rate in DX2. This led to the integration of an on-chip cache, paving the path for the first microprocessor with 1 million transistors. The clock rate scaling ushered by Intel and AMD ended as the thermal power dissipation of processors reached 100 W/cm^2. By the end of the race for clock speed, the clock rates had increased by a factor of more than 50. Intel subsequently shifted to multi-core era with modified Intel Core architecture and concurrent improvements
Ian A. Young
7663367
Parallel-to-Serial converter) and the Serial In Parallel Out (SIPO) block (aka Serial-to-Parallel converter). There are 4 different SerDes architectures: (1) Parallel clock SerDes, (2) Embedded clock SerDes, (3) 8b/10b SerDes, (4) Bit interleaved SerDes. The PISO (Parallel Input, Serial Output) block typically has a parallel clock input, a set of data input lines, and input data latches. It may use an internal or external phase-locked loop (PLL) to multiply the incoming parallel clock up to the serial frequency. The simplest form of the PISO has a single shift register that receives the parallel data once per parallel clock, and shifts
SerDes
12952522
John Gilchrist (New Zealand politician) John Gilchrist (1872 – 14 April 1947) was a Scottish socialist who became a political activist in New Zealand. Born in Scotland in 1872, Gilchrist was a member of the Scottish Independent Labour Party and emigrated to New Zealand in 1900. He joined the Wellington Socialist Party in 1901 and later was Secretary of the Fabian Society, PLL (Political Labour League) and LRC in Dunedin. Gilchrist was the New Zealand Labour Party candidate for Port Chalmers in 1919, Dunedin Central in 1922 and 1925, and Dunedin West in . He left the Labour Party over
John Gilchrist (New Zealand politician)
12998477
York, New York Investment banker, who has an ongoing affair with her boss, Chris Fullbright. Appearances: Season 2 Location: Cascade Mountains, Central Oregon Euthanasia provider. Appearances: Season 1 Location: Columbus, Mississippi Woman in her 70s, who is an expectant mother. Appearances: Season 2 and 3 Location: Honolulu, Hawaii Daughter of Jack Lord. Appearances: Season 2 Location: Connecticut Lesbian who is getting married. Appearances: Season 3 Location: Plainsville, Missouri Woman who went missing as a young girl in 1972. Was trapped in her parents' basement by her father. Appearances: Season 2 Overzealous doctor who over-prescribes medication. Appearances: Season 2 Olympic trainer.
Tracey Ullman's State of the Union characters
12721095
Meanwhile, the Electricity Corporation had been dissolved and the Wairakei power plant was now owned by Contact Energy Limited, who had applied for consent to reinject used fluid as part of their new low-temperature plant to be added to the main Wairaki stations, thus reducing their dumping into the Waikato river. MGL objected because this reinjection of low-temperature fluid (much cooler than that already being re-injected) would be detrimental to their Poihipi plant. But in December 1998 Judge Whiting held that Contact's existing (inherited) consents allowed for reinjection at any temperature and consequently, receivers were appointed for MGL and PLL,
Poihipi Power Station
20426181
2014 Persija Jakarta season The 2014 season is Persija's 81st competitive season. Persija was finished in 5th but they didn't enter to second round. In this season, Ramdani Lestaluhu was showing his great potential with 8 goals. In the 2014 season, Persija are in the western group of ISL 2014 and coached by Benny Dollo and Fabiano Beltrame is the team captain. Persija doesn't have a striker who is quite satisfactory despite being filled by Ivan Bošnjak who had played for Croatia in World Cup 2006. !rowspan=2|Competition !colspan=8|Record !rowspan=2|Started round !rowspan=2|Final position / round !rowspan=2|First match !rowspan=2|Last match ! !
2014 Persija Jakarta season
10096371
input is called the reference and is usually derived from a crystal oscillator, which is very stable in frequency. The block diagram below shows the basic elements and arrangement of a PLL based frequency synthesizer. The key to the ability of a frequency synthesizer to generate multiple frequencies is the divider placed between the output and the feedback input. This is usually in the form of a digital counter, with the output signal acting as a clock signal. The counter is preset to some initial count value, and counts down at each cycle of the clock signal. When it reaches
Frequency synthesizer
20426182
! ! ! Total 2014 Persija Jakarta season The 2014 season is Persija's 81st competitive season. Persija was finished in 5th but they didn't enter to second round. In this season, Ramdani Lestaluhu was showing his great potential with 8 goals. In the 2014 season, Persija are in the western group of ISL 2014 and coached by Benny Dollo and Fabiano Beltrame is the team captain. Persija doesn't have a striker who is quite satisfactory despite being filled by Ivan Bošnjak who had played for Croatia in World Cup 2006. !rowspan=2|Competition !colspan=8|Record !rowspan=2|Started round !rowspan=2|Final position / round !rowspan=2|First match
2014 Persija Jakarta season
12998474
Location: Bel Air, California Sister of Simon Cowel. Appearances: Season 2 Location: Flatwoods, Kentucky Grandmother to Miley Cyrus. Appearances: Season 2 Location: Woodsville, Vermont Mother of teen mother. Appearances: Season 3 Location: Coral Gables, Florida Woman who along with her husband, refuse to leave a rundown mansion. Appearances: Season 3 Location: Clovis, New Mexico Woman addicted to the internet. Appearances: Season 2 Location: Wild Spunk, Texas FLDS woman. Appearances: Season 3 Location: Washington, DC Woman who sets up for investigative hearings. Appearances: Season 2 Location: Battlecreek, Michigan Ex-performer. Senior citizen. Appearances: Season 2 Location: Albany, New York Lynne is a
Tracey Ullman's State of the Union characters
9056365
tuned phase-locked loop to become unstable when the grid signal is missing; in this case, the PLL attempts to adjust the signal back to itself, which is tuned to continue to drift. In the case of grid failure, the system will quickly drift away from the design frequency, eventually causing the inverter to shut down. The major advantage of this approach is that it can be implemented using circuitry that is already present in the inverter. The main disadvantage is that it requires the inverter to always be slightly out of time with the grid, a lowered power factor. Generally
Islanding
6449541
Cameron (voiced by Charlie Schlatter in season 1; Ian James Corlett in season 2): Cameron is a good friend to the Bratz. He's in love with Cloe and her main love interest. Dylan (voiced by Ogie Banks in season 1; Adrian Holmes in season 2): Dylan is another boy who has a habit of annoying the Bratz, usually resulting them in saying "Goodbye Dylan!". Eitan (voiced by Josh Keaton in season 1; Trevor Devall in season 2): Eitan is a boy who works at a smoothie bar in the mall area of Stylesville. He does not appear as often as
Bratz (TV series)
520083
by The VCO frequency is usually taken as a function of the VCO input formula_12 as where formula_14 is the "sensitivity" of the VCO and is expressed in Hz / V; formula_15 is a free-running frequency of VCO. The loop filter can be described by a system of linear differential equations where formula_10 is an input of the filter, formula_12 is an output of the filter, formula_19 is formula_20-by-formula_20 matrix, formula_22. formula_23 represents an initial state of the filter. The star symbol is a conjugate transpose. Hence the following system describes PLL where formula_25 is an initial phase shift. Consider
Phase-locked loop
4795041
SCAT Airlines SCAT Airlines, legally "PLL SCAT Air Company", is an airline with its head office on the property of Shymkent Airport in Shymkent, Kazakhstan. It operates services to all of the major cities of Kazakhstan and to neighbouring countries. Its main base is Shymkent Airport, with focus cities at Aktau Airport, Astana International Airport and Almaty International Airport. The airline was established and started operations in 1997. It is owned by Vladimir Denissov (53%) and Vladimir Sytnik (47%). Its name is the contraction of Special Cargo Air Transport. SCAT founded Sunday Airlines as a new charter venture and subsidiary,
SCAT Airlines
6328032
signal which is then integrated to create a control signal for the voltage-controlled oscillator. The control signal impacts the frequency of the oscillator, and phase is the integral of frequency, so a second integration is unavoidably performed by the oscillator itself. In the Control Systems jargon, the DLL is a loop one step lower in order and in type with respect to the PLL, because it lacks the 1/s factor in the controlled block: the delay line has a transfer function phase-out/phase-in that is just a constant, the VCO transfer function is instead G/s. In the comparison made in the
Delay-locked loop
12998482
Appearances: Season 3 Location: Milwaukee, Wisconsin Jewish female suitor. Appearances: Season 2 Location: Central Arizona Soccer mom. Appearances: Season 1 Location: Mustang, Oklahoma WNBA coach. Appearances: Season 3 Location: Jupiter, Florida Woman who coaches a young girl the art of moaning in a tennis tournament. Appearances: Season 1 Location: Saint Paul, Minnesota Regional theater actress, who returns to the stage after having a hip replacement. Appearances: Season 2, and 3 Location: Oakridge, Tennessee Woman with Mitral Valve Prolapse who is forced to get surgery abroad. Appearances: Season 2 Location: Illinois Champion hog-caller. Appearances: Season 3 Location: New York City Woman
Tracey Ullman's State of the Union characters
4139511
multiplier circuits. Graphene can work over a large frequency range due to its unique characteristics. A phase-locked loop (PLL) uses a reference frequency to generate a multiple of that frequency. A voltage controlled oscillator (VCO) is initially tuned roughly to the range of the desired frequency multiple. The signal from the VCO is divided down using frequency dividers by the multiplication factor. The divided signal and the reference frequency are fed into a phase comparator. The output of the phase comparator is a voltage that is proportional to the phase difference. After passing through a low pass filter and being
Frequency multiplier
12009623
results in poly--lysine (PLL) and poly--lysine (PDL) respectively. ε-Polylysine (ε-poly--lysine, EPL) is typically produced as a homopolypeptide of approximately 25–30 -lysine residues. According to research, ε-polylysine is adsorbed electrostatically to the cell surface of the bacteria, followed by a stripping of the outer membrane. This eventually leads to the abnormal distribution of the cytoplasm causing damage to the bacterial cell that is produced by bacterial fermentation. ε-Poly--lysine is used as a natural preservative in food products. Production of polylysine by natural fermentation is only observed in strains of bacteria in the genus "Streptomyces". "Streptomyces albulus" is most often used in
Polylysine
520074
phase difference between two signals. In a PLL, the two inputs of the phase detector are the reference input and the feedback from the VCO. The PD output voltage is used to control the VCO such that the phase difference between the two inputs is held constant, making it a negative feedback system. Different types of phase detectors have different performance characteristics. For instance, the frequency mixer produces harmonics that adds complexity in applications where spectral purity of the VCO signal is important. The resulting unwanted (spurious) sidebands, also called "reference spurs" can dominate the filter requirements and reduce the
Phase-locked loop