CODE19 Search Results

Contextual Info: M2024B6 Linear ICs Crosspoint Switch Circuit statusû Military/High-RelN Nom. Supp V 5.2¡ Minimum Operating Temp (øC)-55 Maximum Operating Temp (øC)125 Package StyleQFP Mounting StyleS Pinout Equivalence Code196-1 # Pins196 Ckt. (Pinout) NumberLN19600001

Contextual Info: M917 Linear ICs DTMF Circuit status Nom. Supp V 12.0 Minimum Operating Temp (øC)0 Maximum Operating Temp (øC)55 Package StyleModule Mounting StyleT Pinout Equivalence Code19-4 # Pins19 Ckt. (Pinout) NumberLN01900004 DescriptionReceiver Module

Contextual Info: EV1000 Linear ICs Equalizer/Tone Control Audio Circuit status Maximum Frequency (Hz) Nom. Supp (V)8.0 Minimum Operating Temp (øC)-20 Maximum Operating Temp (øC)75 Package StyleSIP Mounting StyleT Pinout Equivalence Code19-8 # Pins19 Ckt. (Pinout) NumberLN01900008

Contextual Info: S2024B6 Linear ICs Crosspoint Switch Circuit statusû Military/High-RelN Nom. Supp V 5.2¡ Minimum Operating Temp (øC)0 Maximum Operating Temp (øC)70 Package StyleQFP Mounting StyleS Pinout Equivalence Code196-1 # Pins196 Ckt. (Pinout) NumberLN19600001

Contextual Info: EV1400 Linear ICs Equalizer/Tone Control Audio Circuit status Maximum Frequency (Hz) Nom. Supp (V)8.0 Minimum Operating Temp (øC)-20 Maximum Operating Temp (øC)75 Package StyleSIP Mounting StyleT Pinout Equivalence Code19-8 # Pins19 Ckt. (Pinout) NumberLN01900008

Contextual Info: M2024B8 Linear ICs Crosspoint Switch Circuit statusû Military/High-RelN Nom. Supp V 5.2¡ Minimum Operating Temp (øC)-55 Maximum Operating Temp (øC)125 Package StyleQFP Mounting StyleS Pinout Equivalence Code196-1 # Pins196 Ckt. (Pinout) NumberLN19600001

Contextual Info: S2024B8 Linear ICs Crosspoint Switch Circuit statusû Military/High-RelN Nom. Supp V 5.2¡ Minimum Operating Temp (øC)0 Maximum Operating Temp (øC)70 Package StyleQFP Mounting StyleS Pinout Equivalence Code196-1 # Pins196 Ckt. (Pinout) NumberLN19600001

ssc BA 26 701

Contextual Info: Or, Call Customer Servite al 1-800-548-6132 USA Only DAC700/702 DAC701/703 BUWR-BRQWW AVAILABLE IN DIE CO o c3 o •r" O Monolithic 16-Bit DIGITAL-TO-ANALOG CONVERTERS Ò o h» O < Û FEATURES • MONOLITHIC CONSTRUCTION • AND 1 ^ MODELS • HIGH ACCURACY:

lm 703 op amp

Abstract: LTA 702 NE 494J DAC700KH LTA 702 N DAC700BH
Contextual Info: Or, fo il Customer Service ¡1 1-800-548-6132 USA Only El DAC700/01/02/03 DAC700/702 DAC701/703 AVAILABLE IN DIE Monolithic 16-Bit DIGITAL-TO-ANALOG CONVERTERS • V ^ A N D !«„•MODELS • HIGH ACCURACY: Linearity Error ±0.0015% of FSR max Differential Linearity Error ±0.003% of FSR

santec OTF

Abstract: OTF-640 slim slide potentiometer optical tunable filters santec OTF-645 TUNABLE FILTER
Contextual Info: OPTICAL COMPONENTS Optical Tuner / Selector Santec New Products The OTF-640 and OTF-645 are compact variable optical bandpass filters that incorporate a stepper motor for electrical control and accurate wavelength selection. The units use Santec’s unique linear

VESUVIUS-LS

Abstract: ST 6x86
Contextual Info: PicoPoiverPT86C521 Vl-LS Pentium Processor PCI System Controller 1. V1-LS PIN INFORMATION 1.1 Pin Diagram CO O .0 ^ 0 1 ŒO % i o - - - * * * * * ^ *í l O % % % q_ 5 o O ~ ^f l^L L I0L L J0O ' * —0C M0C O 0 0 ^ , 5 , ^ oWO ^ O ç o ce 5 m SSSö8|g^8Sil^^S58^li|££££££8oSS3SS<<ö

santec

Abstract: optical amplifier 25dB
Contextual Info: OPTICAL COMPONENTS Optical Level Adjuster Santec New Products The OVA-640 is a compact variable optical attenuator that incorporates a stepper motor for accurate electrical control. The unit has high resolution, low insertion loss and extremely good polarization related characteristics. In addition, extremely low wavelength dependence is achieved. The attenuator unit has a height

Contextual Info: PBA3265 Linear ICs Active Low-pass Filter status Military/High-RelN Tech.Hybrid Filter Type Nominal Clock Frequency Hz f(cutoff) Maximum (Hz)20k Cutoff Freq (Min. Hz)0 Nom. Neg Supp15 Nom. Pos. Supp15 Minimum Operating Temp (øC)0 Maximum Operating Temp (øC)70

Contextual Info: Intrinsic Safety How are Hazardous Locations Defined? Answer: According to the National Electrical Code, Article 500, hazardous locations are defined by Class, Group and Division. Differentiation by Class and Group is in accordance with the laws of physics, while Division