SIM 107 Search Results

SIM-31200

Abstract: SIM31201 IEEE-488 general purpose interface bus SIM312 fro 108
Contextual Info: SIM-31200 SERIES ILC DATA DEVICE CORPORATIONS_ SYNCHRO AND RESOLVER ANGLE SIMULATORS High Frequency Option SIM-31205 Available (contact factory) FEATURES • 5 V A DRIVE CAPABILITY DESCRIPTION The SIM-31200 Series are high quality synchro and resolver sim ulators,

mosfet 4456

Abstract: DMX-38 M6800 MC68332 DSA0039266 MC68HC681
Contextual Info: SECTION 5 SYSTEM INTEGRATION MODULE This section is an overview of the system integration module SIM function. Refer to the SIM Reference Manual (SIMRM/AD) for a comprehensive discussion of SIM capabilities. Refer to APPENDIX D REGISTER SUMMARY for information concerning the SIM address map and register structure.

CPU32 Reference Manual

Abstract: DMX-38 M6800 MC68332 mosfet 4456 MC68HC681
Contextual Info: SECTION 5 SYSTEM INTEGRATION MODULE This section is an overview of the system integration module SIM function. Refer to the SIM Reference Manual (SIMRM/AD) for a comprehensive discussion of SIM capabilities. Refer to APPENDIX D REGISTER SUMMARY for information concerning the SIM address map and register structure.

MC68HC681

Abstract: CS10 M6800
Contextual Info: Freescale Semiconductor, Inc. SECTION 5 SYSTEM INTEGRATION MODULE Freescale Semiconductor, Inc. This section is an overview of the system integration module SIM function. Refer to the SIM Reference Manual (SIMRM/AD) for a comprehensive discussion of SIM

1743733

Abstract: 8X12 D330 sim 600
Contextual Info: 107-68700 Packaging Specification 12Dec09 Rev L ASSY Micro SD / SIM Hybrid Connector 1. PURPOSE 目的 Define the packaging specifiction and packaging method of Micro SD / SIM Hybrid Connector . 订定 Micro SD / SIM Hybrid Connector 产品之包装规格及包装方式。

MC68376

Abstract: MC68HC681 527 MOSFET TRANSISTOR motorola CS10 M6800 DSA0039270
Contextual Info: SECTION 5 SYSTEM INTEGRATION MODULE This section is an overview of the system integration module SIM function. Refer to the SIM Reference Manual (SIMRM/AD) for a comprehensive discussion of SIM capabilities. Refer to D.2 System Integration Module for information concerning the

MC68HC681

Abstract: CS10 M6800
Contextual Info: SECTION 5 SYSTEM INTEGRATION MODULE This section is an overview of the system integration module SIM function. Refer to the SIM Reference Manual (SIMRM/AD) for a comprehensive discussion of SIM capabilities. Refer to D.2 System Integration Module for information concerning the

146805

Contextual Info: System In te g ra tio n M o d u le SIM 7.2 Introduction This section describes the system integration module (SIM), which supports up to 24 external and/or internal interrupts. Together with the central processor unit (CPU), the SIM controls all MCU activities. A block

E8051

Abstract: EC000 M68000 MC68307
Contextual Info: SECTION 5 SYSTEM INTEGRATION MODULE The MC68307 system integration module SIM consists of several functions that control the system start-up, initialization, configuration, and the external bus with a minimum number of external devices. The SIM contains the following functions:

GM862-GPS

Abstract: sim 300 gsm module mobile jamming telit gsm gps module sim 500 gsm modem gsm module sim 300 SIM 300 AT COMMANDS module sim 300 gsm modem nmea 0183 multiplexer gsm modem sim 300
Contextual Info: wireless solutions wireless solutions GM862-GPS Modem SiRF Powered 20-channel High Sens. GPS receiver Pin to Pin Backw. compatible Quad Band RoHS Compliant SIM On Board SIM Holder Embedded TCP/IP Stack The new GM862-GPS module is at the cutting edge of the Telit product line.

MAX1686H

Abstract: subscriber identity module design
Contextual Info: 19-1716; Rev 0; 4/00 Low-Voltage SIM/Smart Card Level Translators in µMAX Features ♦ SIM/Smart Card Level Shifting ♦ +1.4V to +5.5V Controller Voltage Range ♦ +1.7V to +5.5V Card Voltage Range ♦ ±10kV ESD Card Socket Protection ♦ Allows Level Translation with DVCC ≥ VCC or

sim card 8PIN

Abstract: unidirectional current controller circuit 10 pin sim card chips SIM SOCKET sim card sim card driver ic MAX1686H MAX1840 MAX1840EUB MAX1841
Contextual Info: 19-1716; Rev 0; 4/00 Low-Voltage SIM/Smart Card Level Translators in µMAX Features ♦ SIM/Smart Card Level Shifting ♦ +1.4V to +5.5V Controller Voltage Range ♦ +1.7V to +5.5V Card Voltage Range ♦ ±10kV ESD Card Socket Protection ♦ Allows Level Translation with DVCC ≥ VCC or

Contextual Info: 19-1716; Rev 0; 4/00 Low-Voltage SIM/Smart Card Level Translators in µMAX The MAX1840 includes a SHDN control input to aid insertion and removal of SIM and smart cards, while the MAX1841 includes a system-side data driver to support system controllers without open-drain outputs. The logic

lcd sony panel pinout

Abstract: ose 104 cl-gd64 LL 20 AB notebook display tft pinout LAPTOP Motherboard CHIP LEVEL book 8x8 font CL-GD6340 CL-GD6410 sony VGA Laptop block diagram
Contextual Info: C L-G D 6410 D“t“Book 'CIRRUS LOGIC @ FEATURES High-lntegration LCD VGA Controller for Notebook Computers • Single-chip VGA controller ■ IBM VGA hardware-com patible ■ Sim ultaneous CR T and LCD Sim ulSCAN operation ■ Tw o 256K x 4 DRAM video m em ory for sm all form factor

M6800 programming manual

Abstract: A-18 smt diode S4 8k CIRCUIT diagram tv sharp 21 BG 12 1E76 CHIP-SELECT CSBARBT OP042
Contextual Info: SIM SYSTEM INTEGRATION MODULE REFERENCE MANUAL MOTOROLA -2 PART NUMBER MANUAL TYPE TABLE OF CONTENTS Paragraph Title Page SECTION 1INTRODUCTION 1.1 1.2 1.3 Module Mapping . 1-4

L5473

Abstract: BRS340 L-1283-22-43 L-5471-4 S T R 54041 EQUIVALENT
Contextual Info: Semiconductor SIM P LE S W IT C H E R High E ffic ie n c y 5A S te p -D o w n SIMPLE LM 2 6 7 8 LM2678 A pril 1998 National Voltage R eg u lato r • Efficiency up to 92% ■ Sim ple and easy to design w ith using off-the-shelf external com ponents ■ 120 m il DM OS output switch

14050

Abstract: 17560 53491 5349-1 108100 6860-2
Contextual Info: Frequency Mixer SIM-24MH+ Typical Performance Data RF IN (MHz) 7020.0 7080.0 7140.0 7180.0 7540.0 7900.0 8260.0 8620.0 8980.0 9340.0 9700.0 10060.0 10420.0 10780.0 11140.0 11500.0 11860.0 12220.0 12580.0 12940.0 13300.0 13660.0 14020.0 14380.0 14740.0 15100.0

68066

Abstract: SIM-153MH
Contextual Info: Frequency Mixer SIM-153MH+ Typical Performance Data RF IN (MHz) 2500.1 2815.1 3130.1 3445.1 3760.1 4075.1 4390.1 4705.1 5020.1 5335.1 5650.1 5965.1 6280.1 6595.1 6910.1 7225.1 7540.1 7855.1 8170.1 8485.1 8800.1 9146.6 9461.6 9808.1 10123.1 10469.6 10784.6

SIM-153MH

Abstract: 68066
Contextual Info: Frequency Mixer SIM-153MH+ Typical Performance Data RF IN (MHz) 2500.1 2815.1 3130.1 3445.1 3760.1 4075.1 4390.1 4705.1 5020.1 5335.1 5650.1 5965.1 6280.1 6595.1 6910.1 7225.1 7540.1 7855.1 8170.1 8485.1 8800.1 9146.6 9461.6 9808.1 10123.1 10469.6 10784.6

Contextual Info: Frequency Mixer SIM-153+ Typical Performance Data RF IN (MHz) 2800.0 3125.0 3450.0 3775.0 4100.0 4425.0 4750.0 5075.0 5400.0 5725.0 6050.0 6375.0 6700.0 7025.0 7375.0 7700.0 8050.0 8375.0 8725.0 9050.0 9400.0 9725.0 10075.0 10400.0 10750.0 11075.0 11425.0

11105 IC

Abstract: 60800 248
Contextual Info: Frequency Mixer SIM-153+ Typical Performance Data RF IN (MHz) 2800.0 3125.0 3450.0 3775.0 4100.0 4425.0 4750.0 5075.0 5400.0 5725.0 6050.0 6375.0 6700.0 7025.0 7375.0 7700.0 8050.0 8375.0 8725.0 9050.0 9400.0 9725.0 10075.0 10400.0 10750.0 11075.0 11425.0

SIM-43MH

Contextual Info: Frequency Mixer SIM-43MH+ Typical Performance Data RF IN (MHz) 670.0 770.0 870.0 970.0 1070.0 1170.0 1270.0 1370.0 1470.0 1570.0 1670.0 1770.0 1870.0 1970.0 2070.0 2170.0 2270.0 2370.0 2470.0 2570.0 2650.0 2750.0 2830.0 2930.0 3010.0 3110.0 3190.0 3290.0

SIM-43LH

Contextual Info: Frequency Mixer SIM-43LH+ Typical Performance Data RF IN (MHz) 670.0 770.0 870.0 970.0 1070.0 1170.0 1270.0 1370.0 1470.0 1570.0 1670.0 1770.0 1870.0 1970.0 2070.0 2170.0 2270.0 2370.0 2470.0 2570.0 2650.0 2750.0 2830.0 2930.0 3010.0 3110.0 3190.0 3290.0

40561

Abstract: SIM-43LH
Contextual Info: Frequency Mixer SIM-43LH+ Typical Performance Data RF IN (MHz) 670.0 770.0 870.0 970.0 1070.0 1170.0 1270.0 1370.0 1470.0 1570.0 1670.0 1770.0 1870.0 1970.0 2070.0 2170.0 2270.0 2370.0 2470.0 2570.0 2650.0 2750.0 2830.0 2930.0 3010.0 3110.0 3190.0 3290.0