MULTIPLIER 4200 Search Results

transistor k 3878

Abstract: RC4200 fatar RC4200AN RC4200N RM4200AD RM4200D RC42C raytheon ra2 Voltage multiplier using 741 opamp
Contextual Info: RC4200 RC4200 Analog Multiplier Description Features The RC4200 analog multiplier has complete compensation for nonlinearity, the primary source of error and distortion. This multiplier also has three on­ board operational amplifiers designed specifically for

RC4200 equivalent

Abstract: rc4200 raytheon RM4200AD
Contextual Info: RC4200 RC4200 Analog Multiplier Description Features The RC4200 analog multiplier has complete compensation for nonlinearity, the primary source of error and distortion. This multiplier also has three on­ board operational amplifiers designed specifically for

KT 3877

Contextual Info: RC4200 RC4200 Analog Multiplier Description Features The RC4200 analog multiplier has complete compensation for nonlinearity, the primary source of error and distortion. This multiplier also has three on­ board operational amplifiers designed specifically for

njm4200 cross

Abstract: njm making 741 LEM jrc 4200
Contextual Info: ANALOG MULTIPLIER NJM4200 The NJM 4200 is the industry's first integrated circuit multiplier to have com plete com pensation for nonlinearity, the primary source o f error and distortion. This is also the first IC m ustiplier to have three on-board operational am plifiers

4200D JRC

Abstract: Voltage multiplier using 741 opamp 4200d multiplier log-antilog OP-AMP ic 741 used as summing amplifier njm4200 cross OF IC 741 opamp of op-amp ic 741
Contextual Info: ANALOG MULTIPLIER NJM4200 The NJM4200 is the industry's first integrated circuit multiplier to have complete compensation for nonlinearity, the primary source of error and distortion. This is also the first IC mustiplier to have three on-board operational amplifiers

4200D JRC

Contextual Info: ANALOG MULTIPLIER NJM4200 The NJM4200 is the industry’s first integrated circuit multiplier to have complete compensation for nonlinearity, the primary source of error and distortion. This is also the first IC mustiplier to have three on-board operational amplifiers

voltage multiplier ic

Abstract: NJM420Q Analog Multipliers NJM4200 Analog Multiplier current ac voltage multiplier ic multiplier NJM4200M 150M NJN4200
Contextual Info: ANALOG MULTIPLIER NJM4200 The NJM4200 is the industry’s first integrated circuit multiplier to have complete compensation for nonlinearity, the primary source of error and distortion. This is also the first IC mustiplier to have three on-board operational amplifiers

ZX90-2-50

Contextual Info: Frequency Multiplier Doubler ZX90-2-50+ Typical Performance Data Frequency (MHz) X1 Output 3500.00 3550.00 3600.00 3650.00 3700.00 3750.00 3800.00 3900.00 4000.00 4100.00 4200.00 4300.00 4400.00 4500.00 4625.00 4750.00 4875.00 5000.00 X2 Output 7000.00 7100.00

RC4200NB

Abstract: "Analog Multiplier" RC4200ANB RC4200DE RM4200ADE RV4200NB RC4200ADE RM4200DE RV4200ADE RV4200ANB
Contextual Info: 4200 Precison Analog Multiplier Functional Diagram Features • High A ccuracy N onlinearity — 0.1% M aximum Tem perature C oefficient — 0.005% /°C Maximum ■ M ultiple Functions M ultiply, Divide, Square, Square Root, RMS to-D C Conversion, AGC, and M odulate/

RC4200AN equivalent

Abstract: RC4200 equivalent RC4200AN RC4200AMT r2ra marking r2ra RC4200N multiplier log-antilog
Contextual Info: www.fairchildsemi.com RC4200 Analog Multiplier Features Description • High accuracy • Nonlinearity – 0.1% Temperature coefficient – 0.005%/°C • Multiple functions • Multiply, divide, square, square root, RMS-to-DC conversion, AGC and modulate/demodulate

Voltage multiplier using 741 opamp

Abstract: RC4200N RC4200 RC4200A "Analog Multiplier" RC5532 equivalent RC5534 741t RC4200AM Fairchild, 741 op-amp
Contextual Info: www.fairchildsemi.com RC4200 Analog Multiplier Features Description • High accuracy • Nonlinearity – 0.1% Temperature coefficient – 0.005%/°C • Multiple functions • Multiply, divide, square, square root, RMS-to-DC conversion, AGC and modulate/demodulate

RC4200AN equivalent

Contextual Info: www.fairchildsemi.com RC4200 Analog Multiplier Features Description • High accuracy • Nonlinearity – 0.1% Temperature coefficient – 0.005%/°C • Multiple functions • Multiply, divide, square, square root, RMS-to-DC conversion, AGC and modulate/demodulate

RC4200N

Abstract: RC4200 rm4200 analog multipliers 700w audio amplifier circuit diagram RC4200AM RM4200 RC5534 Voltage multiplier using 741 opamp
Contextual Info: www.fairchildsemi.com RC4200 Analog Multiplier Features Description • High accuracy • Nonlinearity – 0.1% Temperature coefficient – 0.005%/°C • Multiple functions • Multiply, divide, square, square root, RMS-to-DC conversion, AGC and modulate/demodulate

W-band

Contextual Info: CHU2077 W-band Multifunction : Multiplier / MPA GaAs Monolithic Microwave IC Description Main Features Wide operating frequency range Low input power : 5dBm typical High output power OUT1 Auxiliary output power (OUT2) Low DC power consumption : 220mA @ 3.5V

ZX90-12-63

Contextual Info: Frequency Multiplier X12 ZX90-12-63+ Typical Performance Data Frequency (MHz) X12 Output 4500.00 4560.00 4800.00 5040.00 5280.00 5520.00 5760.00 6000.00 X1 Output 375.00 380.00 400.00 420.00 440.00 460.00 480.00 500.00 X2 Output 750.00 760.00 800.00 840.00

Contextual Info: Special Functions RC4200 RC4200 Analog Multiplier Features • High accuracy Non-linearity — 0.1% maximum Temperature coefficient — 0.005%/° C typical ■ Multiple functions Multiply, divide square, square root, RMS-to-DC conversion, AGC, and modulate/demodulate

Contextual Info: Frequency Multiplier Tripler ZX90-3-452+ Typical Performance Data RF IN=+10dBm X 4 OUTPUT CONVERSION LOSS (dB) X 3OUTPUT X 1 OUTPUT (-dBc) X 2 OUTPUT X 4 OUTPUT 3600 3700 3800 3900 4000 4100 4200 4300 4400 4500 4600 4700 4800 4900 5000 5100 5200 5300 5400

ZX90

Abstract: ZX90-2-19
Contextual Info: Frequency Multiplier Doubler ZX90-2-19+ Typical Performance Data RF IN=+5dBm X 4 OUTPUT CONVERSION LOSS (dB) X 2 OUTPUT X 1 OUTPUT (-dBc) X 3 OUTPUT X 4 OUTPUT 4200 4400 4600 4800 5000 5200 5400 5600 5800 6000 6200 6400 6600 6800 7000 7200 7400 7600 7800

QEL 150

Abstract: 2000-300-1 2x26 S300MC QEL1150 2X40
Contextual Info: PHILIPS OEL 1150 V.H.F./U.K.F. TETRODE for use as H.F. amplifier, oscillator, frequency-multiplier and modulator at frequencies u p to 500 Mc/s TETRODE V.H.F./U.H.F. pour utilisation en amplificatrice et oscillatrice H.F., multiplicatrice de fréquence et

ZX90

Abstract: ZX90-2-11
Contextual Info: Frequency Multiplier Doubler ZX90-2-11+ Typical Performance Data RF IN=+5dBm X 4 OUTPUT CONVERSION LOSS (dB) X 2 OUTPUT X 1 OUTPUT (-dBc) X 3 OUTPUT X 4 OUTPUT 1800 2000 2200 2400 2600 2800 3000 3120 3200 3400 3600 3800 4000 4200 4400 4500 4600 12.17 10.97

AMK-3-452

Contextual Info: Frequency Multiplier Tripler AMK-3-452+ Typical Performance Data RF IN=+10dBm X 4 OUTPUT CONVERSION LOSS (dB) X 3 OUTPUT X 1 OUTPUT (-dBc) X 2 OUTPUT X 4 OUTPUT 4000 4100 4200 4300 4400 4500 4600 4700 4800 4900 5000 5100 5200 5300 5400 5500 5600 5700 5800

77GH

Abstract: Vda234 252-5PIN
Contextual Info: CHU2077 W-band Multifunction : Multiplier / MPA GaAs Monolithic Microwave IC Description Main Features þ Wide operating frequency range þ Low input power : 5dBm typical þ High output power OUT1 þ Auxiliary output power (OUT2) þ Low DC power consumption :

KSX2-442

Abstract: R143.320.000
Contextual Info: Frequency Multiplier Doubler KSX2-442+ Typical Performance Data Frequency (MHz) RF IN = 7dBm Harmonic Output* Conversion Loss (-dBc) (dB) X2 Output X1 Output X3 Output X4 Output X1 Output X2 Output X3 Output X4 Output 600.00 1200.00 1800.00 2400.00 11.07

KSX2-442

Contextual Info: Frequency Multiplier Doubler KSX2-442+ Typical Performance Curves Conversion Loss X2 Output Conversion Loss X2 Output 14.0 14.0 13.6 Conversion Loss X2 Output @RF IN=+7dBm 13.2 Conversion Loss (dB) Conversion Loss (dB) 13.6 Conversion Loss X2 Output @RF IN=+13dBm