MODEL 122 Search Results

pressure 1240

Abstract: 1210 pressure sensor PRESSURE Model 1210
Contextual Info: S SE EN NS SO OR R P PR RO OD DU UC CT TS S 2001 M E A S U R E M E N T S P E C I A L T I E S PRESSURE Pressure Selection Guide—PC Mountable Model 1451 Model 1210 Low Pressure Model 1220 Low Pressure Model 1210 Model 1220 Model 1230 UltraStable Model 1240 UltraStable™

gp1u58x

Abstract: pc906 PC12KI PT4800 PC111L 1 928 403 736 PC101 SHARP GL453 PC8520 PC849 SHARP
Contextual Info: SHARP Model No. List Model No. List Model No. Page • PIN Photodiodes Model No. ■ Phototransistors Page Model No. Page GL360 116 PD49PI GL371 119 PD410PI GL372 119 PD412PI G L380 122 PD480PI 178 PT461F 234 GL381 122 PD480PI1 178 PT465F 234 PD481PI 170 PT480

mr4000

Abstract: C-400 202MR 122MR E93779 LR89403
Contextual Info: CURRENT TRANSFORMER Model 786 APPLICATION: CONTINUOUS THERMAL CURRENT RATING FACTOR: FREQUENCY: INSULATION LEVEL: E93779 600:5 MR MODEL 786 - 601MR - rating C200 LR89403 TYPICAL EXCITATION CURVES - MODEL 786 1200:5 MR MODEL 786 - 122MR - rating C400 3000:5 MR

BCN16

Abstract: BCN 16 4A BCN104A resistor 250mW BCN164ABI BCN164 BCN164AB resistor array 4.7k BCN 16 BCN16-4A
Contextual Info: MODEL BCN SERIES Thick Film Chip Resistor Arrays MODEL STYLES Edge Finish / Termination Model Width Scalloped Convex Square Convex # of Resistors Circuit Industry Size Model BCN 102 (1.0mm) 2 Isolated 0404 • Model BCN 104 (1.0mm) 4 Isolated 0804 • Model BCN 16 4ABI (1.6mm)

c405d

Contextual Info: R Chapter 1 Timing Models Summary The following topics are covered in this chapter: • Processor Block Timing Model • Rocket I/O Timing Model • CLB / Slice Timing Model • Block SelectRAM Timing Model • Embedded Multiplier Timing Model • IOB Timing Model

BCN 16 4A

Abstract: BCN16 bcn164ab BCN164 resistor 250mW palladium resistor 12k
Contextual Info: MODEL BCN SERIES Thick Film Chip Resistor Arrays MODEL STYLES Edge Finish / Termination # of Resistors Circuit Industry Size Scalloped Convex Model BCN 2D 1.6mm 2 Resistors Isolated 0606 • Model BCN 10 (1.0mm) 4 Resistors Isolated 0804 Model (Width) Model BCN 16 4ABI (1.6mm)

bcn164

Abstract: PBCN10 RESISTOR 250MW 7 2.2k 318RB BCN164ABI
Contextual Info: MODEL BCN SERIES Thick Film Chip Resistor Arrays MODEL STYLES Edge Finish / Termination # of Resistors Circuit Industry Size Scalloped Convex Model BCN 2D 1.6mm 2 Resistors Isolated 0606 • Model BCN 10 (1.0mm) 4 Resistors Isolated 0804 Model (Width) Model BCN 16 4ABI (1.6mm)

bcn164

Abstract: bcn16
Contextual Info: MODEL BCN SERIES Thick Film Chip Resistor Arrays MODEL STYLES Edge Finish / Termination # of Resistors Circuit Industry Size Scalloped Convex Model BCN 2D 1.6mm 2 Resistors Isolated 0606 • Model BCN 10 (1.0mm) 4 Resistors Isolated 0804 Model (Width) Model BCN 16 4ABI (1.6mm)

EIA-RS481-1A

Abstract: bcn164ab palladium resistor 12k bcn10 BCN 16 4AB BCN16 bcn164a
Contextual Info: MODEL BCN SERIES Thick Film Chip Resistor Arrays MODEL STYLES Edge Finish / Termination # of Resistors Circuit Industry Size Scalloped Convex Model BCN 2D 1.6mm 2 Resistors Isolated 0606 • Model BCN 10 (1.0mm) 4 Resistors Isolated 0804 Model (Width) Model BCN 16 4ABI (1.6mm)

EIA-RS481-1A

Contextual Info: MODEL BCN SERIES Thick Film Chip Resistor Arrays MODEL STYLES Edge Finish / Termination # of Resistors Circuit Industry Size Scalloped Convex Model BCN 2D 1.6mm 2 Resistors Isolated 0606 • Model BCN 10 (1.0mm) 4 Resistors Isolated 0804 Model (Width) Model BCN 16 4ABI (1.6mm)

Contextual Info: R Chapter 1 Timing Models 1 Summary The following topics are covered in this chapter: • CLB / Slice Timing Model • Block SelectRAM Timing Model • Embedded Multiplier Timing Model • IOB Timing Model • Pin-to-Pin Timing Model • Digital Clock Manager Timing Model

UG002

Abstract: CLK180 MC15
Contextual Info: R Chapter 1 Timing Models 1 Summary The following topics are covered in this chapter: • CLB / Slice Timing Model • Block SelectRAM Timing Model • Embedded Multiplier Timing Model • IOB Timing Model • Pin-to-Pin Timing Model • Digital Clock Manager Timing Model

TRM-2001

Abstract: ssm-5210
Contextual Info: Index Model No. Model Number - Page Number Page No. Model No. Page No. Model No. Page No. Model No. Page No. 8503812FP-3 . 275 8503812 FP-4 . 275 8503812FP-5 . 275 8503812SP-6 . 275 8503812S P -7.275

D4741

Contextual Info: Pomona Model 4741 & 5948 Kit .025” ,64mm Square Pin Receptacle Patch Cord FEATURES: • Interfaces to Pomona’s .025” (,64mm) Square Pin Micrograbber (Model 4521), Rotating Micrograbber, (Model 5790), SMD Grabber (Model 5360) and Minigator (Model 5363).

NL565050T

Abstract: 682j nl565050t-103j-pf NL565050T-182J NL565050T-222J-PF 122j 222J 332j NL565050T-682J-PF NL5650
Contextual Info: TDK Equivalent Circuit Model Library Jan. 13, 2009 Model Type: Simple Model Inductors / NL5650 Series Circuit Diagram Circuit Parameters Part No. L1[uH] R1[ohm] C1[pF] R2[ohm] NL565050T-122J-PF 1200 398503 3.9932 14.055 NL565050T-152J-PF 1500 218910 3.5028

Contextual Info: Model 4741 & 5948 Kit .025 ,64mm Square Pin Receptacle Patch Cord FEATURES: Interfaces to Pomona s .025 (,64mm) Square Pin Micrograbber (Model 4521), Rotating Micrograbber, (Model 5790), SMD Grabber (Model 5360) and Minigator (Model 5363). Ideal for jumping .025 (,64mm) Square Pins on PC Test Boards.

Contextual Info: Model 4741 & 5948 Kit .025” .64mm Square Pin Receptacle Patch Cord FEATURES: • Interfaces to Pomona’s .025” (.64mm) Square Pin Micrograbber (Model 4521), Rotating Micrograbber, (Model 5790), SMD Grabber (Model 5360) and Minigator (Model 5363). • Ideal for jumping .025” (.64mm) Square Pins on PC Test Boards.

Contextual Info: Model 4741 & 5948 Kit .025” ,64mm Square Pin Receptacle Patch Cord FEATURES: • Interfaces to Pomona’s .025” (,64mm) Square Pin Micrograbber (Model 4521), Rotating Micrograbber, (Model 5790), SMD Grabber (Model 5360) and Minigator (Model 5363). • Ideal for jumping .025” (,64mm) Square Pins on PC Test Boards.

Contextual Info: Engineering Development Model Voltage Controlled Oscillator ROS-EDR5930 Important Note This model has been designed, built and tested in our engineering department. Performance data represents model capability. At present it is a non-catalog model. On request, we can supply a

Contextual Info: Engineering Development Model Voltage Controlled Oscillator ROS-EDR5595 Important Note This model has been designed, built and tested in our engineering department. Performance data represents model capability. At present it is a non-catalog model. On request, we can supply a

Contextual Info: Engineering Development Model Voltage Controlled Oscillator ROS-EDR8049 Important Note This model has been designed, built and tested in our engineering department. Performance data represents model capability. At present it is a non-catalog model. On request, we can supply a

Contextual Info: Engineering Development Model Voltage Controlled Oscillator ROS-EDR4767 Important Note This model has been designed, built and tested in our engineering department. Performance data represents model capability. At present it is a non-catalog model. On request, we can supply a

max 1788

Abstract: MAX1788 1788
Contextual Info: Engineering Development Model Voltage Controlled Oscillator ROS-EDR5780 Important Note This model has been designed, built and tested in our engineering department. Performance data represents model capability. At present it is a non-catalog model. On request, we can supply a

Contextual Info: Engineering Development Model Voltage Controlled Oscillator ROS-EDR6145 Important Note This model has been designed, built and tested in our engineering department. Performance data represents model capability. At present it is a non-catalog model. On request, we can supply a