32.768 SM3 Search Results

CXO3M

Abstract: OSCILLATOR 32.768K resistor
Contextual Info: 32.768 kHz CXO3M OSCILLATOR High Stability/Fast Start-up Crystal Oscillator DESCRIPTION For those applications requiring a 32.768 kHz oscillator with high frequency stability over temperature or fast start-up, Statek offers the AT-crystal based 32.768 kHz CXO3M

Contextual Info: 32.768 kHz CXO3M OSCILLATOR High Stability/Fast Start-up Crystal Oscillator DESCRIPTION For those applications requiring a 32.768 kHz oscillator with high frequency stability over temperature or fast start-up, Statek offers the AT-crystal based 32.768 kHz CXO3M oscillator. A frequency

125OC

Abstract: 204D SM-1 32.768 KHz
Contextual Info: 32.768 kHz CXO3M OSCILLATOR High Stability/Fast Start-up Crystal Oscillator DESCRIPTION For those applications requiring a 32.768 kHz oscillator with high frequency stability over temperature or fast start-up, Statek offers the AT-crystal based 32.768 kHz CXO3M oscillator. A frequency

CXOXH

Abstract: 125OC 204D
Contextual Info: HIGH TEMPERATURE OSCILLATORS 32.768 kHz High Stability/Fast Start-up/High Shock DESCRIPTION HT OM CX For high temperature, high stability and fast start-up applications, Statek offers the AT crystal-based 32.768 kHz CXOMHT and CXOXHT oscillators. These oscillators are

32.768 SM3

Abstract: 125OC
Contextual Info: LFXO TF OSCILLATOR 32.768 kHz Low Power Consumption Miniature Surface Mount Crystal Oscillator DESCRIPTION Statek’s 32.768 kHz LFXO oscillators, designed especially for applications requiring low power consumption, as low as 500 nA, consist of a Statek miniature Tuning Fork quartz

125OC

Abstract: 204D 32768
Contextual Info: CXOMHT OSCILLATOR 32.768 kHz High Temperature/High Stability/Fast Start-up/High Shock DESCRIPTION For high temperature, high stability and fast start-up applications, Statek offers the AT crystal-based 32.768 kHz CXOMHT oscillator. This oscillator is designed to operate at

32.768 oscillator 3.3V

Contextual Info: LFXOTF OSCILLATOR 32.768 kHz Low Current Consumption Miniature Surface Mount Crystal Oscillator DESCRIPTION Statek’s 32.768 kHz LFXOTF oscillator is designed for applications requiring low current consumption as low as 600 nA . It consist of a Statek miniature tuning fork quartz

125OC

Abstract: 204D
Contextual Info: CXOMHT OSCILLATOR 32.768 kHz High Temperature/High Stability/Fast Start-up/High Shock DESCRIPTION For high temperature, high stability and fast start-up applications, Statek offers the AT crystal-based 32.768 kHz CXOMHT oscillator. This oscillator is designed to operate at

125OC

Abstract: 204D MIL-PRF-55310 OSCILLATOR 32.768K resistor STATEK STATEK PXO-1000
Contextual Info: LFXO OSCILLATOR 32.768 kHz Fast Start-up/High Precision Miniature Surface Mount Crystal Oscillator DESCRIPTION Statek’s 32.768 kHz, surface mount LFXO oscillators, designed especially for applications requiring fast start-up and high precision, consist of a Statek miniature AT quartz

Contextual Info: HIGH TEMPERATURE OSCILLATORS 32.768 kHz High Stability/Fast Start-up/High Shock T KH OM X C DESCRIPTION For high temperature, high stability and fast start-up applications, Statek offers the AT crystal-based 32.768 kHz CXOMKHT and CXOXHT oscillators. These oscillators are

Contextual Info: CXOLAT OSCILLATOR 32.768 kHz Ultra-Low Power/Fast Start-Up/Ultra-Miniature DESCRIPTION The CXOXLAT 32.768 kHz oscillator achieves the low power comparable with a tuning fork design and the fast start-up and tight frequency stability attained by an AT cut crystal design. Designed for applications requiring ultralow current 15 µA , fast start-up time (15 ms), and a tight

Contextual Info: CXOXULP OSCILLATOR 32.768 kHz Ultra-Low Power/Fast Start-Up/High Shock DESCRIPTION The CXOXULP 32.768 kHz oscillator achieves the low power comparable with a tuning fork design and the fast start-up and tight frequency stability attained by an AT cut crystal design. Designed for applications requiring ultralow current 17 µA , fast start-up time (2 ms), and a tight

Contextual Info: CXOXULP OSCILLATOR 32.768 kHz Ultra-Low Power/Fast Start-Up/High Shock DESCRIPTION The CXOXULP 32.768 kHz oscillator achieves the low power comparable with a tuning fork design and the fast start-up and tight frequency stability attained by an AT cut crystal design. Designed for applications requiring ultralow current 15 µA , fast start-up time (15 ms), and a tight

Contextual Info: CXOXULP OSCILLATOR 32.768 kHz Ultra-Low Power/Fast Start-Up/High Shock DESCRIPTION The CXOXULP 32.768 kHz oscillator achieves the low power comparable with a tuning fork design and the fast start-up and tight frequency stability attained by an AT cut crystal design. Designed for applications requiring ultralow current 17 µA , fast start-up time (2 ms), and a tight

buzzer 5v

Abstract: QFP128-P-0828 SM3518
Contextual Info: SM3518 4-Bit Single-Chip Microcomputer Data Sheet FEATURES • Built-in Oscillator – System Clock Built-in CR Oscillator 1 kHz – System Clock (External Crystal) 1 kHz – Timer (Built-in CR Oscillator) 32.8 kHz – Timer (External Crystal) 32.768 kHz

ram 512x8

Abstract: Single-Chip Microcomputer melody generator BUZZER DRIVER Microcomputer QFP080-P-1420 SM3507 dual 7 segment display pin configuration DI08 KL lcd
Contextual Info: SM3507 SHARP 4-Bit Single-Chip Microcomputer Data Sheet FEATURES • Built-in Oscillator - System Clock Built-in CR Oscillator 250 kHz - Built-in CR Oscillator Tim er 32.8 kHz - External Crystal Timer 32.768 kHz • ROM Capacity - Program ROM 6K x 23-bits

Sharp S53

Abstract: SHARP LCD MATRIX ram repair QFP100-P-1420 SM3503 SM3505 S53 Sharp
Contextual Info: SM3503 4-Bit Single-Chip Microcomputer Data Sheet FEATURES • Built-in Oscillator – System Clock Built-in CR Oscillator 250 kHz – Built-in CR Oscillator Timer 32.8 kHz – External Crystal Timer 32.768 kHz • ROM Capacity – Program ROM 6K x 23-bits

SHARP LCD MATRIX

Abstract: ram repair KL45 buzzer 3V Buzzer date sheet QFP080-P-1420 SM3504 5 x 7 dot matrix program RAM memory repair Sharp S53
Contextual Info: SM3504 4-Bit Single-Chip Microcomputer Data Sheet FEATURES • Built-in Oscillator – System Clock Built-in CR Oscillator 250 kHz – Built-in CR Oscillator Timer 32.8 kHz – External Crystal Timer 32.768 kHz • ROM Capacity – Program ROM 6K x 23-bits

ram repair

Abstract: buzzer circuit QFP100-P-1420 SM3514
Contextual Info: SM3514 4-Bit Single-Chip Microcomputer Data Sheet FEATURES • Built-in Oscillator – System Clock Built-in CR Oscillator 300 kHz – Timer (Built-in CR Oscillator) 32.8 kHz – Timer (External Crystal) 32.768 kHz • ROM Capacity – Program ROM 8K x 23-bits

ram repair

Abstract: QFP100-P-1420 SM3515 S53 Sharp
Contextual Info: SM3515 4-Bit Single-Chip Microcomputer Data Sheet FEATURES • Built-in Oscillator – System Clock Built-in CR Oscillator 300 kHz – Timer (Built-in CR Oscillator) 32.8 kHz – Timer (External Crystal) 32.768 kHz • ROM Capacity – Program ROM 12K x 23-bits

125OC

Contextual Info: LSC OSCILLATOR 32.768 kHz Low Power Surface Mount Crystal Oscillator actual size DESCRIPTION Statek’s LSC oscillator has the highest accuracy, stability and lowest current of all STATEK surface mount oscillators. The design consists of a STATEK crystal and

LSC 132

Abstract: 125OC 32.768 SM3 TF10G
Contextual Info: LSC OSCILLATOR 32.768 KHZ Low Power Surface Mount Crystal Oscillator actual size DESCRIPTION The LSC oscillator has the highest accuracy, stability and lowest current of all STATEK surface mount oscillators. The design consists of a STATEK crystal and

statek oscillators

Abstract: LSC 132 125OC
Contextual Info: LSC OSCILLATOR 32.768 kHz Low Power Surface Mount Crystal Oscillator actual size DESCRIPTION Statek’s LSC oscillator has the highest accuracy, stability and lowest current of all STATEK surface mount oscillators. The design consists of a STATEK crystal and

Contextual Info: SHARP SM3504 4-Bit Single-Chip Microcomputer Data Sheet FEATURES • ROM Capacity - Program ROM 6K x 23-bits - Character ROM 5 x 8 x 128-bits • Built-in Oscillator - System Clock Built-in CR Oscillator 250 kHz - Built-in CR Oscillator Timer 32.8 kHz - External Crystal Timer 32.768 kHz