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LTC4358IDE#TRPBF Linear Technology LTC4358 - 5A Ideal Diode; Package: DFN; Pins: 14; Temperature Range: -40°C to 85°C visit Linear Technology - Now Part of Analog Devices Buy
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PIN diode ADS model

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PIN diode ADS model

Abstract: PIN attenuator ADS model = 0.9327 L = 0 nH C = 0.2 pF Figure 6. PIN Diode Model implementation in Agilent ADS using the published APLAC parameters Figure 6 shows the full implementation of the PIN diode model in ADS , data sheet for other bias conditions. Alternatively, the PIN diode APLAC model can be used to replace , model the PIN diode die. More on this in the next section. 20 fF 0.20 pF 0.05 nH 0.5 nH 30 , HMPP-3865 using APLAC Die model 6311-03 AN 1330 Table 1. APLAC PIN Diode Parameters for HMPP
Avago Technologies
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HMPP-3860 HMPP-3862 PIN diode ADS model PIN attenuator ADS model PIN diode SPICE model TOKO INDUCTORS spice TOKO INDUCTORS HMPP-386 5988-8470EN HSMP-389V HSMP-3890

PIN diode ADS model

Abstract: PIN attenuator ADS model lifetime) 500 Figure 6 shows the full implementation of the PIN diode model in ADS. RESISTANCE , DC_FEED DC_FEED1 I_PROBE Id Figure 6. PIN Diode Model implementation in Agilent ADS using the , conditions. Alternatively, the PIN diode APLAC model can be used to replace the parallel capacitor and resistor in the model, as shown in Figure 3. The APLAC model is used to model the PIN diode die. More on , Model The APLAC PIN model consists of a current controlled resistor and a SPICE model for a diode
Agilent Technologies
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ll110 simulation ads advanced design system ADS 10 diode diode ADS model pin diode model

BB 509 varicap diode

Abstract: PIN diode ADS model * Package PIN diode Package SOT753 SOT753 Various Type BFU725F/N1 BFU690F BFU730F BFU760F , 50 3.2.2 PIN diodes , function. 10 NXP Semiconductors RF Manual 17th edition Discrete attenuator Product RF diode , power-save mode (power-down pin) ` Simple control interfaces (SPI) ` ESD protection on all pins (HBM 4 kV
NXP Semiconductors
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BB 509 varicap diode adi cmos bipolar SiGe ON503 bf1107 spice model diode varicap BB 112 BLF6G22L PMBFJ620 CGD1042H PRF947 CGD1042HI PRF949 CGD1042L

PIN diode ADS model

Abstract: rx tx switch 433 intermodulation distortion. The model for the BAP51-02 PIN diode for an ADS environment is shown in figure 6. The , model the DC voltage-current characteristics, Diode 2 is the PIN diode build in model of ADS and is , taken into account. 4 BAP51-02 model. The silicon PIN diode of the Philips semiconductors BAP51-02 is , . The here described model is a linear model that emulates the DC and RF properties of the PIN diode , switch utilising low cost Philips BAP51-02 PIN Diodes as switching elements. 2 PIN diode switch design
Philips Semiconductors
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BAP64-02 APN1002 rx tx switch 433 TL244 wireless switch circuit diagram with PCB Design SC79 AN10173-01

PIN diode ADS model

Abstract: APN1002 intermodulation distortion. The model for the BAP51-02 PIN diode for an ADS environment is shown in figure 6. The , model the DC voltage-current characteristics, Diode 2 is the PIN diode build in model of ADS and is , taken into account. 4 BAP51-02 model. The silicon PIN diode of the Philips semiconductors BAP51-02 is , . The here described model is a linear model that emulates the DC and RF properties of the PIN diode , switch utilising low cost Philips BAP51-02 PIN Diodes as switching elements. 2 PIN diode switch design
Philips Semiconductors
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bluetooth advantages and disadvantages BAP51 Series TXC18 RX-2 -G microstripline FR4 AN10173

blf188

Abstract: Infineon Power Management Selection Guide 2011 RF Manual 19th edition Recommended products Discrete attenuator Product RF diode Function Product RF transistor SiGe:C transistor Type BAP64Q BAP70Q Package PIN diode , MPAs deliver high output power with excellent overall performance `` The BAP70Q PIN diode enables an , RF diode PIN diode SOT753 BAP70Q Function Product Frequency range (MHz) Gain , 66 3.2.2 PIN diodes
NXP Semiconductors
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blf188 Infineon Power Management Selection Guide 2011 BGU7073 MOSFET TOSHIBA 2015 bfg540 s-parameter RF MANUAL 19TH EDITION S-160PV BSR56 PMBFJ174 TFF11139HN BLP8G21S-162AV BSR57

PIN diode ADS model

Abstract: HIGH POWER ANTENNA SWITCH PIN DIODE intermodulation distortion. The model for the BAP51-02 PIN diode for an ADS environment is shown in figure 6. The , model the DC voltage-current characteristics, Diode 2 is the PIN diode build in model of ADS and is , account. 4 BAP51-02 model. The silicon PIN diode of the Philips semiconductors BAP51-02 is designed to , 's. The here described model is a linear model that emulates the DC and RF properties of the PIN diode , performance T-R switch utilising low cost Philips BAP51-02 PIN Diodes as switching elements. 2 PIN diode
-
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HIGH POWER ANTENNA SWITCH PIN DIODE bluetooth transmitter circuit diagram tl144 spdt switch RNR-T20-APPL-01/1686

PIN diode ADS model

Abstract: HSMS-2820 design page from the ADS component library and filling the proper model parameter values for each HSMS , possible to the diode to minimize the loss of the matching network. To better model the bond pad , . HSMS-2820 Diode Model found in AvagoRFhelp (includes package) FREQUENCY 800 825 850 875 900 R , ROUGH = 0 MIL DIODE MODEL DIODEM1 Is = 1.4 8E-8 Rs = 7.8 N = 1.067 CJo = 0 649 E-12 Vj = 0.56 , DIODE MODEL DIODEM1 Is = 1.48E-8 Rs = 7.8 N = 1.067 CJo = 0.649E-12 VJ = 0.56 DIODE M = 0.5
Avago Technologies
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LL2012F3N3K 5968-7756E LSSP S11 SCHOTTKY diode 1UW SOT 23 HSMS2820 HSMS-2825 LL2012-F22NK

PIN diode ADS model

Abstract: Microwave PIN diode spice self-biased detector (sometimes referred to as Pin 68 Vout RL = 10K 100pF Linear model of diode , p-type 0.13 35 3E-6 4.8 1.100 moderate moderate 1 Pin = 10 dBm Pin = 0 dBm .1 ADS simulation , 20 dBm Output voltage, V 1 Pin = 10 dBm Pin = 0 dBm .1 ADS simulation Output voltage, V 1 , 6 July 1999 Choosing the Right Diode For Your AGC Detector Raymond W. Waugh Diode Applications , shown in Figure 1. RFin RFout "zero-biased") is shown in Figure 2. A diode is combined with a
Hewlett-Packard
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HSMS-286 HSMS-285 Microwave PIN diode spice Microwave detector diodes 18 GHz HSMS-285x model Microwave detector diodes spice HSMS-282
Abstract: Packaging Single +5V Supply Required The ADS-51V-1000 is a 100 to 1,500 MHz constant impedance 5-bit digital attenuator designed to be driven directly from TTL logic. PIN diode switched attenuator pads are , pin Dual In Line Frequency Usable Range, MHz Band, MHz ADS-51V-1000 0 3 0 * .015 0 .7 6 , MERRIMAC INDUSTRIES INC MbE D bOOHbBT Q0QHS57 4 hä Merrimac mnnilyz?*. ,St ADS , suitable PIN diodes provide a wide bandwidth with minimal phase shift. Screened versions with extended -
OCR Scan
ADS-51V-1000

Avago 9886

Abstract: XFRV utilize the substrate library in generating S-parameter plots for a passive model in ADS using varying , MODEL ACCURACY . 27 MODEL , . 30 EXAMPLE ADS SCHEMATICS AND PLOTS . 31 CLR EXAMPLES , .58 EXAMPLE 7: STATISTICAL SIMULATION OF MODEL PARAMETER , 87 EXAMPLE 6: X-PARAMETER MODEL SIMULATION
MODELITHICS
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Avago 9886 XFRV Rohm Diodes fll120 BFP949 SKD-ONS-ST23-001
Abstract: '), Hermetic Packaging Single + 5V Supply Required The ADS-41V-1000 is a 100 to 1,500 MHz constant impedance 4-bit digital attenuator designed to be driven directly from TTL logic. PIN diode switched , selection of suitable PIN diodes provide a wide bandwidth with minimal phase shift. Screened versions with extended reliability components are available for hi-rel programs. Model Number 1.292 32.82 ADS , 00 1000 2000 V Package Outline - 24 pin Dual In Line 0.99 20 to 2000 MHz Usable Frequency -
OCR Scan
00D2SS ADS-41V-1000

HSML-2822

Abstract: varactor diode model in ADS Knowledge Center ADS support example, "How to create a model for the junction resistance of the PIN diode , . Simulation circuit of the PIN diode APLAC limited model Results The assembled limiter results shown in , APLAC-limited model is a linear one and therefore cannot predict the PIN diode contribution to the overall , common limiter configuration is the shuntconnected PIN diode which biases itself, a "self-biasing PIN , since the PIN diode performs the dual functions of rectifying the incoming RF signal and then using
Avago Technologies
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HSML-2822 varactor diode model in ADS Limiter PIN diode ADS model hsml5822 ADS varactor diode varactor diode in p-n junction in ads HSMP-382 HSMP382 AV02-2139EN

wt 633-12

Abstract: PC motherboard intel i7 schematic diagram 2013 . 1.3. 1.4. 1.5. 1.6. Page PINOUT AND PIN DESCRIPTIONS , . 1-6 QUICK PIN REFERENCE. 1-6 PIN REFERENCE TABLES . .1-14 PIN GROUPING ACCORDING TO FUNCTION . .1-17 OUTPUT PIN GROUPING ACCORDING TO WHEN DRIVEN . .1-18 CHAPTER 2
Intel
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wt 633-12 PC motherboard intel i7 schematic diagram 2013 2032M 5081M intel pentium 80501 host pc recover target dead motherboard bios 20-pin debug header 486TM 1-55512-237-X 1-55512-240-X

A509

Abstract: architecture of pentium microprocessor . 9 3.3 Quick Pin Reference . 9 3.4 Pin Reference Tables . 16 3.5 Pin Grouping According to Function , . 41 6.1 Buffer Model Parameters , . 41 Figure 12. Input Buffer Model, Except Special Group
Intel
Original
A509 architecture of pentium microprocessor transistor t04 66 Intel Pentium OverDrive MG80502 t04 marking 133-MH 66-MH 120-MH 60-MH 100-MH 50-MH

pentium processor block diagram

Abstract: 241429 . 1.3. 1.4. 1.5. 1.6. Page PINOUT AND PIN DESCRIPTIONS , . 1-6 QUICK PIN REFERENCE. 1-6 PIN REFERENCE TABLES . .1-14 PIN GROUPING ACCORDING TO FUNCTION . .1-17 OUTPUT PIN GROUPING ACCORDING TO WHEN DRIVEN . .1-18 CHAPTER 2
Intel
Original
pentium processor block diagram 241429 pentium system software writers manual 241430 BT 815 transistor 82430fx
Abstract: model. The series resistors (Rs) are a part of the diode model. Remove these when removing the diodes , . Ringback is simulated at the input pin of a component using the input buffer model. Ringback can be , Dissipation is determined by asserting the STPCLK# pin or executing the HALT instruction. 4. Stop Clock Power Dissipation is determined by asserting the STPCLK# pin and then removing the external CLK input , CLK Rise Time 0.15 1.5 nS 3 (0.8V-2.0V), (1),(5) ADS#, PWT, PCD, BEO-7#, M/IO#, D -
OCR Scan

2n3773 power Amplifier circuit diagrams

Abstract: 2N3773 audio amplifier diagram joyfully close to the theoretical. In fact, in some ways even better. The ADS 3 5 is very similar to the , for division The AD534/AD535 square-roots easily, but requires a diode- connected as shown in , output may be made negative by reversing the diode polarity and inter- 2 changing the X input leads , (about 1OH2) to maintain diode conduction. For critical applications, the Z offset can be adjusted for , power), well within the ADS 34's input range. The voltage is measured across the load, with the tap of
Analog Devices
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2n3773 power Amplifier circuit diagrams 2N3773 audio amplifier diagram vacuum tube applications data book Non-Linear Circuits Handbook Analog Devices AD534 759N Q1/840

TRANSISTOR a31

Abstract: T24B the diode model. Remove these when removing the diodes from the input model. Figure 25. Input , input buffer model. Ringback is the absolute value of the maximum voltage at the receiving pin below , , simulate signal trace with DC diodes in place at the receiver pin. The DC diode behaves almost identically , t6c LOCK# Valid Delay 1.1 7.0 ns 19 t6d ADS# Valid Delay 1.0 6.0 ns , ; CL = 0 pF Symbol Parameter t7 ADS#, AP, A31­A3, PWT, PCD, BE7#­BE0#, M/IO#, D/C#, W/R
Intel
Original
TRANSISTOR a31 T24B diode t56 mobile pentium processor System Design Considerations Decoupling Recommendations T16B

processor cross reference

Abstract: 273203 .11 3.2.1 Pin Cross Reference , .16 3.2.3 Pin Quick Reference .16 3.2.4 Pin Reference 3.2.5 Pin Grouping According to Function , .39 4.4.1 Buffer Model Parameters
Intel
Original
processor cross reference 273203 t04 68 3 pin transistor BF115 Intel486TM PROCESSOR FAMILY
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