MARKING CCX Search Results

part MARKING k48

Abstract: marking bc p28 CMSD4448 W4W MARKING CM0Z15L CMZ5936B CM0Z11V CMZ5945B marking 6ca marking code ca2
Contextual Info: Marking Codes Continued Marking Code Part Number Marking Code 04 04D 04A 04C 04S 040 1A 1A8 1AC 1B 1B8 1C8 1D8 1E 1E8 1F 1F8 1FF 1G 1G8 1H8 1J 1J8 1K 1K8 1L 1L8 1M8 1P 1PC 1QC 1F)C 2AC 2B 2C 2CA 2F 2FC 2G 2PC 2QC 2P 3A 3B 3E 3F 3G 3J 3K 3L 3P 4A 4B 4C 4E

"marking ca"

Abstract: C504-2E marking CA
Contextual Info: Microcontrollers Errata Sheet 10 Nov, 1999 / Release 1.3 Device: Stepping Code / Marking: Package: C504-2E CA P-MQFP-44 This Errata Sheet describes the deviations from the current user documentation. The classification and numbering system is module oriented in a continual ascending sequence

C504

Abstract: C504-2R C504-L
Contextual Info: Microcontrollers Errata Sheet 20 Sept 1999 / Release 1.7 Device: Stepping Code / Marking: Package: C504-L / C504-2R AC MQFP-44 This Errata Sheet describes the deviations from the current user documentation. The classification and numbering system is module oriented in a continual ascending sequence

C504-2R

Abstract: C504-L C504 2R40
Contextual Info: Semiconductor Group Microcontrollers Errata Sheet June 16, 1998 / Release 1.4 Device: Stepping Code / Marking: Package: C504-L / C504-2R AC MQFP-44 This Errata Sheet describes the deviations from the current user documentation. The classification and numbering system is module oriented in a continual ascending sequence

C504

Contextual Info: Semiconductor Group Microcontrollers Errata Sheet Sep 18, 1998 / Release 1.0 Device: C504-2E Stepping Code / Marking: ES-CA / CA Package: P-MQFP-44 This Errata Sheet describes the deviations from the current user documentation. The classification and numbering system is module oriented in a continual ascending sequence

C508

Abstract: C508-4E
Contextual Info: Microcontrollers Errata Sheet 29 June 2001 / Release 1.8 Device: Stepping Code / Marking: C508-4E ES-AA AA Package: P-MQFP-64 P-SDIP-64 This Errata Sheet describes the deviations from the current user documentation. The classification and numbering system is module oriented in a continual ascending sequence

C508-4E

Abstract: SAB-C508-4E marking code 4e
Contextual Info: Microcontrollers Errata Sheet 20 Mar, 2000 / Release 1.3 Device: Stepping Code / Marking: SAB-C508-4E ES-AA AA Package: P-MQFP-64 P-SDIP-64 This Errata Sheet describes the deviations from the current user documentation. The classification and numbering system is module oriented in a continual ascending sequence

C504

Abstract: C504-2R C504-L
Contextual Info: Microcomputer Components Technical Support Group Munich HL DC PD MC Errata Sheet December 16, 1997 / Release 1.3 Device : Marking : C504-L C504-2R AC These parts of the C504 can be identified by the letters “AC“ below the part number. The parts are mounted Plastic Metric Quad Flat Package P-MQFP-44 .

C504

Contextual Info: Microcomputer Components Technical Support Group Munich HL DC PD MC Errata Sheet December 9, 1997 / Release 1.0 Device : Marking : C504-2E ES-BB / BB These parts of the C504 can be identified by the letters BB below the part number. The parts are mounted Plastic Metric Quad Flat Package P-MQFP-44 .

Contextual Info: 12343123256789A893B6CA 1 Technical data DC/DC converter unit CCxx-xxxxSxx-E Features 1 The power density improves to 111%-153% compared with predecessors, and the miniaturization is achieved. 1 Nonuse of tantalum capacitor or aluminum electrolytic capacitor.

CC15-2403SFP-E

Abstract: CC30-2403SFP-E CC30-2403SFH-E CC15-2405sr CC30-2415SFP-E cc30-2412sfp-e CC30-xxxxSRP-E
Contextual Info: DC - DC CONVERTER UNIT Technical data DC/DC converter unit CCxx-xxxxSxx-E Features ● The power density improves to 111%-153% compared with predecessors, and the miniaturization is achieved. ● Nonuse of tantalum capacitor or aluminum electrolytic capacitor.

CC30-xxxxSFH-E

Abstract: CC15-2403SFP-E CC30-2403SFP-E CC30-4805SFP-E CC15-2412SFP-E CC15-2403SRH-E
Contextual Info: DC - DC CONVERTER UNIT Technical data DC/DC converter unit CCxx-xxxxSxx-E Features ● The power density improves to 111%-153% compared with predecessors, and the miniaturization is achieved. ● Nonuse of tantalum capacitor or aluminum electrolytic capacitor.

Contextual Info: ELECTRICAL SPECIFICATIONS 20.480MHz Nominal Frequency: ±10ppm Frequency Tolerance @ 25°C: Temperature Frequency Stability: ±25ppm -40°C to 85°C Operating Temperature Range: Load Capacitance: 24pF Shunt Capacitance: 7pF Max. Motional Capacitance: Not Specified

ccd marking zener diode

Abstract: ccd zener diode marking code ccd diode diode Marking ccp CMHZ4684 marking code cck marking ccx CMHZ4687 diode marking ccd zener diode marking 182
Contextual Info: CMHZ4678 THRU CMHZ4717 SURFACE MOUNT LOW LEVEL SILICON ZENER DIODE 1.8 VOLTS THRU 43 VOLTS 500mW, 5% TOLERANCE w w w. c e n t r a l s e m i . c o m DESCRIPTION: The CENTRAL SEMICONDUCTOR CMHZ4678 Series Silicon Low Level Zener Diode is a high quality voltage regulator designed for applications requiring an

aexxx

Abstract: BKXXX case MARKING AA1 marking CCXXX CAXX marking dt sot-23
Contextual Info: TSC TS6332 and TS6333 3 Pin, Low-Power, µP Reset Circuits SOT-23 SOT-23-L 3 Threshold voltage option from 1.5V to 2.5V 3 1 1 2 2 Pin: 1. Ground 2. Reset/Reset 3. VDD Features Other threshold voltage options available from 1.5V to 2.5V in approximately 100mV increments

Contextual Info: Nominal Frequency: ELECTRICAL SPECIFICATIONS 26.800MHz Frequency Tolerance @ 25°C: ±40ppm Temperature Frequency Stability: ±20ppm 0°C to 70°C Operating Temperature Range: Load Capacitance: 8pF Shunt Capacitance: 7pF Max. Motional Capacitance: Not Specified

TQC41-883-004

Contextual Info: Nominal Frequency: ELECTRICAL SPECIFICATIONS 13.500MHz Frequency Tolerance @ 25°C: ±40ppm Temperature Frequency Stability: ±30ppm -20°C to +70°C Operating Temperature Range: Load Capacitance: 22pF Shunt Capacitance: 7pF Max. Motional Capacitance: Not Specified

Contextual Info: ELECTRICAL SPECIFICATIONS Nominal Frequency: 44.000MHz Frequency Tolerance @ 25°C: ±10ppm Temperature Frequency Stability: ±10ppm Operating Temperature Range: -20°C to +70°C Load Capacitance: 18pF Shunt Capacitance: 5pF Max. Motional Capacitance: Not Specified

Contextual Info: Nominal Frequency: ELECTRICAL SPECIFICATIONS 16.384MHz Frequency Tolerance @ 25°C: ±20ppm Temperature Frequency Stability: ±30ppm -40°C to +85°C Operating Temperature Range: Load Capacitance: 15pF Shunt Capacitance: 7pF Max. Motional Capacitance: 25fF Minimum

ccd marking zener diode

Abstract: CMHZ4690 CMHZ4687 CMHZ4697 CMHZ4678 CMHZ4679 CMHZ4680 CMHZ4681 CMHZ4682 CMHZ4684
Contextual Info: CMHZ4678 THRU CMHZ4717 SURFACE MOUNT LOW LEVEL SILICON ZENER DIODE 1.8 VOLTS THRU 43 VOLTS 500mW, 5% TOLERANCE w w w. c e n t r a l s e m i . c o m DESCRIPTION: The CENTRAL SEMICONDUCTOR CMHZ4678 Series Silicon Low Level Zener Diode is a high quality voltage regulator designed for applications requiring an

Contextual Info: CMHZ4678 THRU CMHZ4717 SURFACE MOUNT SILICON LOW LEVEL ZENER DIODES 500mW, 1.8 THRU 43 VOLT 5% TOLERANCE w w w. c e n t r a l s e m i . c o m DESCRIPTION: The CENTRAL SEMICONDUCTOR CMHZ4678 series low level silicon Zener diode is a highly reliable voltage

CCX22-004-919

Contextual Info: Nominal Frequency: ELECTRICAL SPECIFICATIONS 20.480MHz Frequency Tolerance @ 25°C: ±15ppm Temperature Frequency Stability: ±20ppm -40°C to +85°C Operating Temperature Range: 24pF Load Capacitance: Shunt Capacitance: 7pF Max. Motional Capacitance: Not Specified

ccd marking zener diode

Abstract: marking code ccd diode CMHZ4698 diode sod* marking code 84 CMHZ4701 CMHZ4712 diode sod-123 marking code 120 CMHZ4685 CMHZ4686 CMHZ4678
Contextual Info: Central CMHZ4678 THRU CMHZ4717 TM Semiconductor Corp. LOW LEVEL ZENER DIODE 1.8 VOLTS THRU 43 VOLTS 500mW, 5% TOLERANCE DESCRIPTION: The CENTRAL SEMICONDUCTOR CMHZ4678 Series Silicon Low Level Zener Diode is a high quality voltage regulator designed for applications

Contextual Info: Nominal Frequency: ELECTRICAL SPECIFICATIONS 8.192MHz Frequency Tolerance @ 25°C: ±50ppm Temperature Frequency Stability: ±50ppm 0°C to 70°C Operating Temperature Range: Load Capacitance: 18.5pF Shunt Capacitance: 7pF Max. Motional Capacitance: * See Comments