CADDOCK T914 Search Results

caddock 1789

Abstract: Caddock MP816 t1794 caddock T1794 tk633 MP2060 MP808 MP820 MP916
Contextual Info: CADDOCK Applications Engineering Note: AEN-0104 Lead Pb -Free Soldering Compatibility with Caddock Resistor Products Group 1: Caddock Resistor Products that are compatible with “Lead(Pb)-Free” wave soldering, utilizing a “through hole” circuit board wave soldering process.

Applications Engineering Note: AEN-0104

Abstract: Terminal Finish and Soldering Process Information for Caddock Resistor Products
Contextual Info: CADDOCK Applications Engineering Note: AEN-0104 Revision Date: 6/20/12, Rev. E Page 1 of 1 Terminal Finish and Soldering Process Information for Caddock Resistor Products Group 1: Caddock Resistor Products that are compatible with “Lead Pb -Free” wave soldering, utilizing a “through hole” circuit

Applications Engineering Note: AEN-0105

Abstract: RoHS RoHS Directive
Contextual Info: CADDOCK Applications Engineering Note: AEN-0105 Revision Date: January 1, 2013, Rev. E Page 1 of 1 Caddock Resistor Products and the Recast EU RoHS Directive Effective January 1, 2013 the “Recast” RoHS Directive, 2011/65/EU, replaced the original RoHS Directive, 2002/95/EU.

MP816

Abstract: caddock 1789 Caddock T1794 MP725 MP916 MP820 MP820 50.0 5 MP312 MP330
Contextual Info: CADDOCK Applications Engineering Note: AEN-0105 Revision Date: 12/21/07, Rev. C Page 1 of 1 Caddock Resistor Products and the EU RoHS Directive Presently, the scope of the EU RoHS Directive is mainly focused on “personal use” electronics the kind of electronics that can

T914

Abstract: IL117 2k resistor 2 watt
Contextual Info: Type T912 and T914 Precision Resistor Networks Resistor Pairs and Quads with Ratio Characteristics for Precision Analog Circuits Type T912 and T914 Precision Resistor Networks are constructed with Caddock Tetrinox resistance films to achieve the precise ratio performance

networks

Abstract: IL117 Caddock T912 caddock t914 100k resistor network 20k Resistor Network Caddock 10R1 T912 T914
Contextual Info: Type T912 and T914 Precision Resistor Networks Resistor Pairs and Quads with Ratio Characteristics for Precision Analog Circuits Type T912 and T914 Precision Resistor Networks are constructed with Caddock Tetrinox resistance films to achieve the precise ratio performance

2k resistor 2 watt

Abstract: 10k resistor 2 watt T914 100k resistor network T912 Caddock T912
Contextual Info: = CADDOCK ELECTRONICS INC ITE D • 170^00 0000305 3 ■ = Type T912 and T914 Précision Resistor Networks r-éz-os Resistor Pairs and Quads with Ratio Characteristics for Precision Analog Circuits Type T912 and T914 Precision Resistor Networks are constructed with

Contextual Info: CADDOCK Product Overview High Performance Film Resistors Page 1 of 3 Power Resistors, Heat Sink Mountable with Non-Inductive Designs MP915, MP916, MP925, MP930, and MP9100 TO-Style Power Film Resistors Model MP915, 15 Watts, TO-126 All Molded Package, Resistance 0.020 ohm to 1.00 K

k632

Abstract: caddock 1789 MP930 T1794 100 ohm resistor applications MP725 "General Catalog" SIP Resistor T1794 0.005 ohm resistor 5 watt t1794 caddock
Contextual Info: CADDOCK Product Overview High Performance Film Resistors Page 1 of 3 Power Resistors, Heat Sink Mountable with Non-Inductive Designs MP915, MP916, MP925, MP930, and MP9100 TO-Style Power Film Resistors Model MP915, 15 Watts, TO-126 All Molded Package, Resistance 0.020 ohm to 1.00 K

IL117

Abstract: T9142 20k Resistor Network 10-Resistors 10R1 MG650 MG750-15 T912 T914 106 25K 810 resistor
Contextual Info: Page 2 of 2 Type MG Precision High Voltage Resistors Type T912 and T914 Precision Resistor Networks Type T912 and T914 Precision Resistor Networks and T914 Precision Resistor Networks Type MG Precision High Voltage Resistors Type MG Precision High Voltage Resistors

Precision High Voltage Resistors

Abstract: high voltage low tc Caddock 30KV T912 USF200 USF240 USF270 USF340
Contextual Info: Page 1 of 2 Type USF Ultra-Stable Low TC Film Resistors 200 Series and 300 Series New Zero Nominal TC — Maximum Absolute TC to 2 ppm/°C, -40°C to +85°C ref. to +25°C Absolute Tol. to ±0.01%, Resistance Range 50 Ohm to 25 Megohm, Voltage Ratings up to 2500 Volts

L-359

Abstract: 2as201 MG655 MG660 MG680 MG710 MG720 mg714 MAX712 MAX7129
Contextual Info: Page 2 of 2 Type USF Ultra-Stable Low TC Film Type USF Ultra-Stable Low TC FilmResistors Resistors Type USF Ultra-Stable Low Film Resistors Type MG Precision High Voltage Resistors Type MG Precision High Voltage Resistors Type MG 200 Precision High Voltage

Contextual Info: jjl ra fl Sem iconductor p r e l im in a r y LM168/LM268/LM368 Precision Voltage Reference General Description Features The LM168/LM368 are precision, monolithic, temperatureccmpensated voltage references. The LM168 makes use of thn-film technology enhanced by the discrete laser trimmng of resistors to achieve excellent Temperature coeffi­

LM168

Abstract: Beckman resistor network LM168BYH-10 LM268BYH-10 LM368YH-10 LM368
Contextual Info: LM168/LM268/LM368 Precision Voltage Reference General Description Features The LM168/LM368 are precision, monolithic, temperaturecompensated voltage references. The LM168 makes use of thin-film technology enhanced by the discrete laser trim­ ming of resistors to achieve excellent Temperature coeffi­

LM366 2.5V

Abstract: LM368N LM368N-2.5 LM366 LM368 2.5 B446 Beckman resistor network beckman bi-2 lm368 H08C
Contextual Info: PRELIMINARY LM368-2.5 Precision Voltage Reference General Description Features The LM360-2.5 is a precision, monolithic, temperature-compensated voltage reference. The LM368-2.5 makes use of thin-film technology enhanced by the discrete laser trim­ ming of resistors to achieve excellent Temperature coeffi­

694-3-r-10k-a

Abstract: Beckman resistor network 694-3 LM1403 T-914-10K-100-05 Beckman LM368-2.5 LM1403N C1995 LM1403A LM1403AN
Contextual Info: LM1403 LM1403A Precision 2 50V Reference General Description Features The LM1403 is a precision monolithic temperature-compensated voltage reference The LM1403 makes use of thin-film technology enhanced by the discrete laser trimming of resistors to achieve excellent Temperature coefficient Tempco of VOUT (as low as 11 ppm C) along with

X10V

Abstract: LM368-2 LM168-10
Contextual Info: LM168/LM268/LM368 Precision Voltage Reference General Description Features The LM168/LM368 are precision, monolithic, temperaturecompensated voltage references. The LM168 makes use of thin-film technology enhanced by the discrete laser trim­ ming of resistors to achieve excellent Temperature coeffi­

LM3685

Abstract: LM368-5
Contextual Info: LM368 & National Semiconductor LM368-5.0 and LM368-10 Precision Voltage References General Description Features The LM368 is a precision, monolithic, temperature-compensated voltage reference. The LM368 makes use of thin-film technology enhanced by the discrete laser trimming of re­

datasheet LM368

Abstract: AN-450 C1995 H08C LM324A LM368 LM368H-2.5 H8446 694-3-r-10k-a
Contextual Info: LM368-2 5 Precision Voltage Reference General Description Features The LM368-2 5 is a precision monolithic temperature-compensated voltage reference The LM368-2 5 makes use of thin-film technology enhanced by the discrete laser trimming of resistors to achieve excellent Temperature coefficient Tempco of VOUT (as low as 11 ppm C) along with

AN 5522

Abstract: datasheet LM368 LM368H Beckman resistor network LM368 C1995 H08C LM368-10 LM368H-10 LM368YH-10
Contextual Info: LM368-5 0 and LM368-10 Precision Voltage References General Description Features The LM368 is a precision monolithic temperature-compensated voltage reference The LM368 makes use of thin-film technology enhanced by the discrete laser trimming of resistors to achieve excellent Temperature coefficient

AN 5522

Abstract: LM368N LM168 LM368N-5.0 LM36S-1I 2N2222 curve 2N221B IM368-S Beckman resistor network 694-3 LM168BYH-10
Contextual Info: LM168/LM268/LM368 USA National Semiconductor PRELIMINARY LM168/LM268/LM368 Precision Voltage Reference General Description Features The LM168/LM368 are precision, monolithic, temperaturecompensated voltage references. The LM168 makes use of thin-film technology enhanced by the discrete laser trim­

Contextual Info: Semiconductor LM168/LM268/LM368 Precision Voltage Reference General Description Features The LM168/LM368 are precision, monolithic, temperaturecompensated voltage references. The LM168 makes use of thin-film technology enhanced by the discrete laser trim­

LM368l

Abstract: LM368N LM368M-5 lm368 64073 Beckman resistor network 694-3 M071 lm368m lm368d LM36S
Contextual Info: NATL SEMICOND {LINEAR> "iS LM168/LM268/LM368 6501 124 NATL SEMICOND, LINEAR D E | bS01124 00L.M071 t. 95D 64071 /S/m éLM F 9 1 National Semiconductor Corporation D J-SSO f PRELIMINARY LM168/LM268/LM368 Precision Voltage Reference General Description Features

LM607

Abstract: RESISTOR NETWORK "allen bradley" f08b103 f08b103a Holter circuit diagram DAC1655 LF444 allen bradley resistor H08C LM169
Contextual Info: LM169/LM369 PRELIMINARY CTl National Æ Ü Semiconductor LM169/LM369 Precision Voltage Reference General Description Features The LM169/LM369 are precision monolithic temperaturecompensated voltage references. They are based on a bur­ ied zener reference as pioneered in the LM199 references,