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Top Results (6)

Part Manufacturer Description Datasheet Download Buy Part
X9520B20I-AT1 Intersil Corporation DIGITAL POTENTIOMETER, PBGA20, XBGA-20
X9520B20I-BT1 Intersil Corporation DIGITAL POTENTIOMETER, PBGA20, XBGA-20
X9520V20I-B Intersil Corporation DIGITAL POTENTIOMETER, PDSO20, PLASTIC, TSSOP-20
X9521V20IT1 Intersil Corporation DIGITAL POTENTIOMETER, PDSO20, PLASTIC, TSSOP-20
X9525V20IT1 Intersil Corporation DIGITAL POTENTIOMETER, PDSO20, PLASTIC, TSSOP-20
X9520B20I-A Intersil Corporation DIGITAL POTENTIOMETER, PBGA20, BGA-20

Cf b-502 potentiometer Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2000 - B 504 Potentiometers

Abstract: potentiometer 502 B 503 Potentiometers B 504 Potentiometer B 502 Potentiometers B-502 potentiometer B 501 Potentiometers Cf b-502 potentiometer tocos B 103 Potentiometers 504 tocos
Text: . Terminal Style: C = Through-Hole, Top Adjust. CF = Through-Hole, Bottom Adjust. TOCOS Series Name. Part , 20% Potentiometer Styles G4C Through-Hole, C Terminal Style, Single-Slot, Top Adjust 50 100 200 , 102 202 502 103 203 503 104 204 504 105 205 G4C G4C G4C G4C G4C G4C G4C G4C G4C G4C G4C G4C G4C - B 101 B 201 B 501 B 102 B 202 B 502 B 103 B 203 B 503 B 104 B 204 B 504 B 105 - K K K K K K K K K K K K , 201 501 102 202 502 103 203 503 104 204 504 105 205 M M M M M M M M M M M M M M M G4C G4CF


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1999 - B-502 potentiometer 60

Abstract: l06d B-502 potentiometer marking code g4c trimmer potentiometer bottom adjust marking g4c K-G4C B-503 potentiometer SMD g4c
Text: 5.00.3 #2 1.2 0.3 4.5 503 #3 G4CF Through-Hole, CF Terminal Style, Single-Slot, Bottom , 0.15 0.85 2.5 Recommended PCB Layouts CF Pin-Out #2 Unit: mm Ø 1.0 max. (3 holes , Taper: B = Linear. Terminal Style: C = Through-Hole, Top Adjust. CF = Through-Hole, Bottom Adjust. TOCOS , % Resistance Tolerance 20% Potentiometer Styles G4C Through-Hole, C Terminal Style, Single-Slot, Top Adjust , 101 201 501 102 202 502 103 203 503 104 204 504 105 205 G4C G4C G4C G4C G4C G4C G4C G4C G4C G4C G4C


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2005 - trimmer potentiometer bottom adjust

Abstract: philips catalog potentiometers
Text: (2) 0.8 (0.34) 0.15 G43CF Through-Hole, CF Terminal Style, Cross-Slot, Bottom Adjust (t , Pin-Out #2 6.0 CF Pin-Out #2 Unit: mm 5.0 Ø 1.0 Ø 1.0 max. (3 holes) max. (3 holes , : Through-Hole where C = Top Adjust; CF = Bottom Adjust. TOCOS Series Name. Part Numbers Nominal Resistance Value ( ) Code Resistance Tolerance 20% Catalog No. Bulk Potentiometer Styles G43C Through-Hole, C , 200,000 500,000 1,000,000 2,000,000 100 200 500 101 201 501 102 202 502 103 203 503 104 204 504 105


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PDF G43CF G43CF trimmer potentiometer bottom adjust philips catalog potentiometers
tocos potentiometer

Abstract: ipc 502 504 tocos tocos 104 G43C CF RH MARKING CODE CERMET G43 B 504 Potentiometers B 103 potentiometer trimmer 205
Text: G43CF Through-Hole, CF Terminal Style, Bottom Adjust (t= 0.18) 5.00.3 1.2 0.15 #2 (.84 , 0.2 (2) 0.8 2.5 0.15 0.3,0 Recommended PCB Layouts C Pin-Out CF Pin-Out #2 #2 , . Terminal Style: Through-Hole where C = Top Adjust; CF = Bottom Adjust. TOCOS Series Name. Part Numbers Resistance Tolerance 20% Nominal Resistance Value ( ) Code Potentiometer Styles Catalog No , 500 101 201 501 102 202 502 103 203 503 104 204 504 105 205 B B B B B B B B B


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PDF G43CF tocos potentiometer ipc 502 504 tocos tocos 104 G43C CF RH MARKING CODE CERMET G43 B 504 Potentiometers B 103 potentiometer trimmer 205
1996 - 9845P

Abstract: Z045 CCII APPLICATION QCX0002 EL2082CS EL2082CN EL2082C EL2082 EL2020 e503
Text: oscillations in amplifiers whose gain-bandwidth is greater than 5 MHz A typical cure is to add a capacitor Cf , frequency response The ratio Cf CIN is made equal to RIN Rf 8 EL2082C Current-Mode Multiplier , voltage-mode op-amps the same concern about capacitance at the summing node exists so Cf and CIN should be , set for the overall circuit gain required Sometimes a very small Cf can be used to improve loop , capacitance necessitates the inclusion of Cf to prevent a feedback pole Because of this 12 pF capacitance at


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PDF EL2082C EL2082 9845P Z045 CCII APPLICATION QCX0002 EL2082CS EL2082CN EL2082C EL2020 e503
EL2082

Abstract: EL2082C EL2082CN EL2082CS QCX0002 CCII FR E500
Text: whose gain-bandwidth is greater than 5 MHz. A typical cure is to add a capacitor Cf in the 2 pF-10 pF , response. The ratio Cf /Ciu is made equal to RjN/Rf. 4-11 EL2082C Current-Mode Multiplier Applications , capacitance at the summing node exists, so Cf and Cjkj should be used. As before, current-feedback amplifiers , > then Rin is set for the overall circuit gain required. Sometimes a very small Cf can be used to improve , inclusion of Cf to prevent a feedback pole. Because of this 12 pF capacitance at the op-amp -input


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PDF EL2082C EL2082 EL2082macro 9845P 1000P EL2082CN EL2082CS QCX0002 CCII FR E500
2082c

Abstract: FR E500 EL2082CJ EL2082CN EL2082CS EL2082J dc to ac converter schematic using op-amp 503 Variable Resistor
Text: greater than 5 MHz. A typical cure is to add a capacitor Cf in the 2 pF-10 pF range. This will reduce overall bandwidth, so a capacitor Cjn can be added to regain frequency response. The ratio Cf /CiN is made , summing node exists, so Cf and Cin should be used. As before, current-feedback amplifiers tend to solve , . Sometimes a very small Cf can be used to improve loop stability, but it often must be in series with another , Cf to prevent a feedback pole. Because of this 12 pF capacitance at the op-amp -input


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PDF 31ESSS7 D002b07 EL2082A 3121SS7 0002b22 EL2082/EL2082C EL2082 EL2082macro 9845P 1000P 2082c FR E500 EL2082CJ EL2082CN EL2082CS EL2082J dc to ac converter schematic using op-amp 503 Variable Resistor
2000 - GF06P

Abstract: TRIMMERS 3006P 503 g4bt 8026EKW GF06 B 503 K GF06S GF06UT Tocos G4SA B 503 Potentiometers
Text: specializing in quality potentiometer products. Established in 1957 TOCOS has kept pace with , the demands , Triangular: C & CF Triangular: W & S In-Line: U & V Triangular, 15mml : P & W Triangular, 5mml : S & , Potentiometer Styles G3A J-Hook, Single-Slot, Top Adjust 50 100 200 500 1,000 2,000 5,000 10,000 20 , G3AT G3AT G3AT G3AT G3AT G3AT G3AT G3AT G3AT 500 101 201 501 102 202 502 103 203 , 202 502 103 203 503 104 204 504 105 205 M M M M M M M M M M M M M M M G3A


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DYMEC fiber

Abstract: Dymec frequency to voltage receiver IR receiver for 500kHz
Text: capacitors should be mounted as close as possible to the power supply pins of the 5501 or 5502. potentiometer , Gain Calibra tion The V/F OFFSET adjustment potentiometer should be a 20KQ, 10-turn u n it. With this , 3.5MHz 5MHz -3dB Freq., (OV to-10V) VoUT -0.01V -1,00V -3.0V -5.0V -7.0V -10.0V CF =330pF 0.6V 0.6V 0.6V 0.5V 0.5V 0.3V 80kHz CF =66pF 2.2V 2.2V 1.2V 0.8V 0.6V 0.4V 470kHz CF =33pF 2.2V 2.2V 1.3V 0.8V 0.6V 0.4V 488kHz CF =470pF//10KQ 450mV 450mV 400mV 275mV 200mV 110mV CF =33pF//10K£2 3.9V 3.9V 1.9V 0.9V


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PDF 500kHz to-10V DYMEC fiber Dymec frequency to voltage receiver IR receiver for 500kHz
op-amp- 356

Abstract: bjn 8-lead EL2082 EL2082C EL2082CN EL2082CS QCX0002 QCX000X Variable Resistors BI 502
Text: gain-bandwidth is greater than 5 MHz. A typical cure is to add a capacitor Cf in the 2 pF-10 pF range. This will reduce overall bandwidth, so a capacitor Cjn can be added to regain frequency response. The ratio Cf /CiN , about capacitance at the summing node exists, so Cf and Cin should be used. As before, current-feedback , set for the overall circuit gain required. Sometimes a very small Cf can be used to improve loop , stray capacitance necessitates the inclusion of Cf to prevent a feedback pole. Because of this 12 pF


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PDF EL2082C 3121S57 op-amp- 356 bjn 8-lead EL2082 EL2082C EL2082CN EL2082CS QCX0002 QCX000X Variable Resistors BI 502
Not Available

Abstract: No abstract text available
Text: oscillations in amplifiers whose gain-bandwidth is greater than 5 MHz. A typical cure is to add a capacitor Cf , capacitance at the summing node exists, so Cf and Cjn should be used. As before, current-feedback amplifiers , re quired. Sometimes a very small Cf can be used to improve loop stability, but it often m ust be in , necessitates the inclusion of Cf to prevent a feedback pole. Because of this 12 pF capacitance at the op-amp , the potentiometer . When the potentiometer 's wiper is fully down, the slightly negative voltage at the


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PDF EL2082C EL2082 3121SS7
2003 - ccii

Abstract: e503 EL2020 EL2082 EL2082CN EL2082CS EL2130 biquad filter using op-amp
Text: CF and CIN should be used. As before, current-feedback amplifiers tend to solve the problem , parallel with stray capacitance necessitates the inclusion of CF to prevent a feedback pole. Because of , gains is unity, as controlled by the potentiometer . When the potentiometer 's wiper is fully down, the , - 1V 2 ( R + 95 )C At 50% potentiometer setting, equal error output signals flow from the , resistor regardless of potentiometer setting, so frequency response is stable for all gain settings. A


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PDF EL2082 FN7152 EL2082 ccii e503 EL2020 EL2082CN EL2082CS EL2130 biquad filter using op-amp
910ft

Abstract: No abstract text available
Text: whose gain-bandwidth is greater than 5 MHz. A typical cure is to add a capacitor Cf in the 2 p F -1 0 pF , capacitance at the summing node exists, so Cf and Ci n should be used. As before, current-feedback amplifiers , gain re quired. Sometimes a very small Cf can be used to improve loop stability, but it often must be , necessitates the inclusion of Cf to prevent a feedback pole. Because of this 12 pF capacitance at the op-amp , respective path gains is unity, as controlled by the potentiometer . When the potentiom eter's wiper is fully


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PDF EL2082C EL2082 2082C 2082m 9845P 1000P 910ft
2010 - MCP4018

Abstract: DS01316 MCP4017 MCP4561 MCP40 AN1316 mcp42 mcp4x MCP4542 MCP6001
Text: Increased reliability vs mechanical potentiometer · BOM consolidation ­ one op amp and one digital potentiometer supporting the various sensor options This Application Note will discuss implementations of programmable gain circuits using an op amp and a digital potentiometer . This discussion will include implementation details for the digital potentiometer 's resistor network. It is important to understand these , ). The feedback capacitor ( CF ) may be used if additional circuit stability is required. These


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PDF AN1316 mechanic18 DS01316A-page MCP4018 DS01316 MCP4017 MCP4561 MCP40 AN1316 mcp42 mcp4x MCP4542 MCP6001
Not Available

Abstract: No abstract text available
Text: Potentiometer The MOD POT® concept consists of standardized potentiometer modules that can be mixed and , potentiometer concept in response to requests from design engineers who wanted virtually unlimited variety in , ° C, the potentiometer torque will be 0.5 inch-ounce (3,5 mN-m) minjmum while the maximum is , tolerances - I tot Mukfe4, CF : ±10% or ±20%; Cermet - ±5% or ±10%. Voltage — 350 volts maximum , D Measured from mounting surface of the potentiometer in inches and sixty-fourths. Use a three


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gs e501

Abstract: No abstract text available
Text: gain-bandwidth is greater than 5 MHz. A typical cure is to add a capacitor Cf in the 2 p F -1 0 pF range. This , summing node exists, so Cf and C jn should be used. As before, current-feedback amplifiers tend to solve , circuit gain re­ quired. Sometimes a very small Cf can be used to improve loop stability, b u t it often , stray capacitance necessitates the inclusion of Cf to prevent a feedback pole. Because of this 12 pF , potentiometer . When the potentiom eter’s wiper is fully down, the slightly negative voltage a t the Vg of the


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PDF EL2082C EL2082 312TSS7 0D03276 EL2082macro 9845P 1000P gs e501
2005 - thermistor TH101

Abstract: CR102 zener diode 204T250 phillips BC series transistors Pulse Transformer c308 CNY17-2Z T106-18 power mosfet irf 2205 IC 74C14 cr104 Mechanical Latch Block
Text: illustrate the use of a Intersil XDCP® (Digitally Controlled Potentiometer ) in the design of switching , industrial, consumer, and communication systems. A digitally controlled or electronic potentiometer , Controlled Potentiometer Switching Power Supply Front End Power Mesh Secondary Control Primary Control , Potentiometer The Intersil XDCP device is a potentiometer whose wiper position is computer or digitally , diagram of a typical XDCP IC is shown in Figure 1. The analog potentiometer is a variable three-terminal


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PDF AN139 C105/C106 thermistor TH101 CR102 zener diode 204T250 phillips BC series transistors Pulse Transformer c308 CNY17-2Z T106-18 power mosfet irf 2205 IC 74C14 cr104 Mechanical Latch Block
2001 - thermistor TH101

Abstract: pin diagram of ic 7493 240vac to 12vdc rectifier circuit 120vac to 12vdc schematic diagram AMPLIFIER U201 CR25 resistor CR102 zener diode DE C308 micrometals CNY17-2Z
Text: of a Xicor XDCP® (Digitally Controlled Potentiometer ) in the design of switching power supply. A , , consumer, and communication systems. A digitally controlled or electronic potentiometer overcomes many of , Potentiometer Switching Power Supply Front End Power Mesh Secondary Control Primary Control II. DETAILED , . THEORY OF OPERATION Switching Power Supply Digitally Controlled Potentiometer The Xicor XDCP device is a potentiometer whose wiper position is computer or digitally controlled. The XDCP device


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PDF X24C16, thermistor TH101 pin diagram of ic 7493 240vac to 12vdc rectifier circuit 120vac to 12vdc schematic diagram AMPLIFIER U201 CR25 resistor CR102 zener diode DE C308 micrometals CNY17-2Z
1998 - PLL FSK DEMODULATOR

Abstract: 2211 quadrature detector comparator detector FSK DEcoder fsk modem RC2211A RC2211AN
Text: and the PLL phase detector output (pin 11). This data filter is formed by RF and CF of Figure 1. The , the low or "on" state. RB 510K Loop f-Detector RF 100K (11) +VS (8) R1 CF , connecting a potentiometer , Rx, in series with R0 at pin 12 (see Figure 2). Loop Phase Detector , damping factor. CF and RF form a one pole post-detection filter for the FSK data output. The resistor RB , normally finetuned with the series potentiometer , RX. 3. Calculate value of C0 from Design Equation


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PDF RC2211A RC2211A DS30002211A PLL FSK DEMODULATOR 2211 quadrature detector comparator detector FSK DEcoder fsk modem RC2211AN
1997 - RC2211A

Abstract: RC2211AN
Text: and the PLL phase detector output (pin 11). This data filter is formed by RF and CF of Figure 1. The , the low or "on" state. RB 510K Loop -Detector RF 100K (11) +VS (8) R1 CF , : F = RFCF 7. VCO Frequency Adjustment VCO can be fine tuned by connecting a potentiometer , Rx , . CF and RF form a one pole post-detection filter for the FSK data output. The resistor RB (510 k , finetuned with the series potentiometer , RX. 3. Calculate value of C0 from Design Equation No. 1 or


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PDF RC2211A RC2211A DS2002211A RC2211AN
thermistor 502 at

Abstract: IC502 24V FAN CONTROL BY USING THERMISTOR IC 502 thermistor 502
Text: (optionally) a sec ond signal, such as the NLX "FanC" signal. The M IC 502 produces a low-frequency , control range. The M IC 502 features a low-power sleep mode with a userdetermined threshold. Sleep mode , complete shutdown or reset can also be initiated by external circuitry as desired. The M IC 502 is , Application 12V Input May 1999 163 MIC502 MIC502 Micrel Pin Configuration VT1 CF VSLP , recommended CF is 0.1 |^F for 30Hz PWM operation. Sleep Threshold (Input): The voltage on this pin is compared


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PDF MIC502 MIC502 L2010-54 K-138-D1 RL2010-54 thermistor 502 at IC502 24V FAN CONTROL BY USING THERMISTOR IC 502 thermistor 502
ELCB wiring diagram

Abstract: IEC-947-2 EARTH LEAKAGE RELAY IEC-898 elcb 100mA 63A tripping curve of elcb ELCB CONNECTION DIAGRAM bs 1361 My 350 BS6651
Text: 15 15 CF 280B CF 284B CF 425B CF 440B CF 463B CF 480B CF 484B CG 225B CG 240B CG 263B , 440B CE 463B CE 480B CE 484B CF 225B CF 240B CF 263B 16 16 16 16 16 16 16 16 16 16 , L L 113 L 115 L 116 L 118 L 153 L 155 L 156 L 158 L 501 L 502 L 503 L 504 LR 601 LR , ~ 1NO + 1NC signal contact SD 3A - 440V~ can only be fitted to CC, CD, CE, CF , CG range of RCCBs , 4 2 2 1 1 1 1 1 1 1 1 1 1 CF CF CF CF CF CF CF CF CF CF 225B 240B


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PDF U8/84 ELCB wiring diagram IEC-947-2 EARTH LEAKAGE RELAY IEC-898 elcb 100mA 63A tripping curve of elcb ELCB CONNECTION DIAGRAM bs 1361 My 350 BS6651
1995 - TAN-011

Abstract: 2211acp XR2211ACD SCHEMATIC 10kw POWER SUPPLY XR-2211ACP XR-2211ACD XR-2211A E1995 2211acd XR2211A equivalent
Text: Adjustment: VCO can be fine-tuned by connecting a potentiometer , RX, in series with R0 at pin 12 (see , phase detector output (pin 11). This data filter is formed by RF and CF (see Figure 3.). The threshold , -2211A VCC RB Loop Phase Detect RF C1 VCO Rl 8 7 CF R1 2 Input Signal 11 , RF is 1 or CF reactance is 1, then RPP = R1 4. Loop Damping, j: z+ 1250·C 0 R 1·C 1 , system bandwidth, and C1 sets the loop filter time constant and the loop damping factor. CF and RF form


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PDF XR-2211A 300kHz XR-2211A TAN-011 2211acp XR2211ACD SCHEMATIC 10kw POWER SUPPLY XR-2211ACP XR-2211ACD E1995 2211acd XR2211A equivalent
1995 - 2211acp

Abstract: XR-2211* Demodulator PIN Diagram 2211ACD XR-2211ACP XR-2211ACD XR-2211A TAN-011 E1995 10KW FSK DEcoder
Text: 200pF to 10mF. VCO Frequency Adjustment: VCO can be fine-tuned by connecting a potentiometer , RX, in , CF (see Figure 3). The threshold voltage of the comparator is set by the internal reference voltage , 8 7 CF R1 2 Input Signal 11 FSK Comp. 10 12 Internal Reference , + · RR)RR 1 F 1 F if RF is 1 or CF reactance is 1, then RPP = R1 4. Loop Damping , factor. CF and RF form a one-pole post-detection filter for the FSK data output. The resistor RB from


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PDF XR-2211A 300kHz 2211acp XR-2211* Demodulator PIN Diagram 2211ACD XR-2211ACP XR-2211ACD XR-2211A TAN-011 E1995 10KW FSK DEcoder
XR2211D

Abstract: 2211d XR-2211D xr 2221 XR-2211P xr2211cn XR-2211* Demodulator PIN Diagram XR2211CN equivalent
Text: a potentiometer , Rx, in series with R0 at Pin 12 (see Figure 9). 9. VCO Free-Running Frequency, f0 , Constant, i f ' . xF = Rf Cf Loop Phase Detector Conversion Gain, Ko: (Kb is the differential dc voltage , damping factor. CF and Rp form a one-pole post-detection filter for the FSK data output. The resistor Rg , ) Calculate Data Filter Capacitance, CF : For RF = 100Kfi, RB = 510Kil, the recommended value of CF is: b , recommended value is Rq = 20KQ. The final value of R0 is normally fine-tuned with the series potentiometer , Rx


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PDF XR-2211 300kHz. XR-2211 Vr/100 650mV) XR2211D 2211d XR-2211D xr 2221 XR-2211P xr2211cn XR-2211* Demodulator PIN Diagram XR2211CN equivalent
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