OF CONDENSER Search Results

WM-52BT

Abstract: panasonic WM-54BT WM-54BY WM-60AY panasonic WM-52BT WM-62A WM-034CY WM034CY WM-034DM WM-54BT
Contextual Info: SENSORS & TRANSDUCERS SOUND, Transducers PANASONIC type WM, MICROPHONE INSERTS Electret A comprehensive range of electret condenser microphones developed to meet the most exacting requirements of modern communication and audio designs. The devices are available with a wide choice of options including sizes, terminations, sensitivities and electrical characteristics.

WM-52BT

Abstract: WM-54BY WM-60AT panasonic WM-52BT WM-60AY oem602 panasonic WM-54BT WM-54BT WM-62A PANASONIC WM
Contextual Info: SENSORS & TRANSDUCERS SOUND, Transducers PANASONIC type WM, MICROPHONE INSERTS Electret A comprehensive range of electret condenser microphones developed to meet the most exacting requirements of modern communication and audio designs. The devices are available with a wide choice of options including sizes, terminations, sensitivities and electrical characteristics.

AAP572CS-M6A-G-LF-TR

Abstract: electret condenser microphone preamplifier AAP572C S-M6A-G-LF-TR aai 8 pin smd smd 6PIN 60 condenser microphone 3MM 1290B low voltage Microphone Preamplifier Microphone ECM Pre-Amplifier
Contextual Info: Portable Electronics AAP572x AAP572x PRELIMINARY DATA Electret Condenser Microphone Pre-Amplifier DESCRIPTION The AAP572x series is part of AAI’s new family of specialty products for Portable Electronics applications, in this case aimed at two terminal ECMs

Contextual Info: Portable Electronics AAP572x AAP572x PRELIMINARY DATA Electret Condenser Microphone Pre-Amplifier DESCRIPTION The AAP572x series is part of AAI’s new family of specialty products for Portable Electronics applications, in this case aimed at two terminal ECMs

Contextual Info: Portable Electronics AAP600 AAP600 PRELIMINARY DATA Automotive Electret Condenser Microphone Pre-Amplifier DESCRIPTION The AAP600 is part of AAI’s new family of specialty products for Portable Electronics applications, in this case aimed at two terminal ECMs requiring integrated

electret condenser microphone preamplifier

Abstract: condenser microphone 3MM
Contextual Info: Portable Electronics AAP600 AAP600 PRELIMINARY DATA Automotive Electret Condenser Microphone Pre-Amplifier DESCRIPTION The AAP600 is part of AAI’s new family of specialty products for Portable Electronics applications, in this case aimed at two terminal ECMs requiring integrated

microphone electret ecm 4f

Abstract: ecm 4f fm microphone circuit FM MICROPHONE telephone ECM microphone ECM schematic
Contextual Info: OMNIDIRECTICAL ELECTRET CONDENSER MICROPHONE CARTRIDGE FM-4F Hy-Q International USEFUL FOR ALMOST ANY TYPE OF TELEPHONE AND OTHER APPLICATIONS FM-4F LOW OPERATION VOLTAGE OF 1.0 VOLT TO 10 VOLT. MICROPHONE WITH PINS FOR PRINTED CIRCUIT BOARD. 6.7±0.2 SENSITIVITY

FM MICROPHONE

Abstract: fm microphone circuit electret microphone
Contextual Info: OMNIDIRECTICAL ELECTRET CONDENSER MICROPHONE CARTRIDGE FM-4F1 Hy-Q International USEFUL FOR ALMOST ANY TYPE OF TELEPHONE AND OTHER APPLICATIONS. FM-4F1 LOW OPERATION VOLTAGE OF 1.0 VOLT TO 10 VOLT. MICROPHONE WITH PINS FOR PRINTED CIRCUIT BOARD. 6.7±0.2 SENSITIVITY

fm microphone circuit

Abstract: FM MICROPHONE ECM microphone condenser microphone circuit condenser microphone ecm 30 ecm cartridge FM 4FP
Contextual Info: OMNIDIRECTICAL ELECTRET CONDENSER MICROPHONE CARTRIDGE FM-4FP Hy-Q International USEFUL FOR ALMOST ANY TYPE OF TELEPHONE AND OTHER APPLICATIONS. FM-4FP LOW OPERATION VOLTAGE OF 1.0 VOLT TO 10 VOLT. MICROPHONE WITH PINS FOR PRINTED CIRCUIT BOARD. 6.7±0.2 Scale 2:1

thyristor handbook

Abstract: S6A13 S6A13 equivalent
Contextual Info: S6A13 TOSHIBA Thyristor Silicon Planar Type S6A13 Condenser Discharge Control Applications • FWD included between cathode and anode • Critical rate of rise of ON-state current: di/dt = 750 A/µs • Repetitive peak surge ON-state current: ITRM = 500 A tw = 2 µs

MA2810

Abstract: MA1050 ma4810 MA2830 MA4820 MA2820 MA1040 2SK2060 MJ2400 S20LC20U
Contextual Info: A VARIETY OF SEMICONDUCTORS WHICH RESPOND TO NEEDS OF LIGHTER MK Series AUTOMATIC VOLTAGE SELECTOR: The MK series meets the needs of full range power supplies. DIODES FOR PRIMARY RECTIFICATION: A family of high quality products with a wide range of features, that meet the needs of changing applications.

Contextual Info: Specification of Electret Condenser Microphone [RoHS Compliance] Model No.: Date: EM4015-BC JUN 05 2013 APPROVER CHECKER DESIGN GUOFENG HU CHANG FU GANG XIA YING BO Customer Name: Customer Model No.: APPROVER CHECKER DESIGN Please kindly make approval of our samples, And return this form

S6A13

Abstract: thyristor handbook S6A13 equivalent TOSHIBA THYRISTOR TC thyristor
Contextual Info: S6A13 TOSHIBA Thyristor Silicon Planar Type S6A13 Condenser Discharge Control Applications • FWD included between cathode and anode • Critical rate of rise of ON-state current: di/dt = 750 A/µs • Repetitive peak surge ON-state current: ITRM = 500 A tw = 2 µs

Contextual Info: S6992 TOSHIBA Thyristor Silicon Planar Type S6992 Condenser Discharge Control Applications • Critical rate of rise of ON-state current: di/dt = 750 A/µs • Repetitive surge ON-state current: ITRM = 500 A tw = 2 µs • Repetitive peak OFF-state voltage: VDRM = 800 V

Contextual Info: S6A13 TOSHIBA Thyristor Silicon Planar Type S6A13 Condenser Discharge Control Applications Unit: mm • FWD included between cathode and anode • Critical rate of rise of ON-state current: di/dt = 750 A/µs • Repetitive peak surge ON-state current: ITRM = 500 A tw = 2 µs

S6A13

Contextual Info: S6A13 TOSHIBA Thyristor Silicon Planar Type S6A13 Condenser Discharge Control Applications Unit: mm • FWD included between cathode and anode • Critical rate of rise of ON-state current: di/dt = 750 A/µs • Repetitive peak surge ON-state current: ITRM = 500 A tw = 2 µs

DIODE MARKING CODE TW

Abstract: thyristor handbook design
Contextual Info: S6A13 TOSHIBA Thyristor Silicon Planar Type S6A13 Condenser Discharge Control Applications Unit: mm • FWD included between cathode and anode • Critical rate of rise of ON-state current: di/dt = 750 A/µs • Repetitive peak surge ON-state current: ITRM = 500 A tw = 2 µs

S6A13

Abstract: thyristor handbook design
Contextual Info: S6A13 TOSHIBA Thyristor Silicon Planar Type S6A13 Condenser Discharge Control Applications Unit: mm • FWD included between cathode and anode · Critical rate of rise of ON-state current: di/dt = 750 A/µs · Repetitive peak surge ON-state current: ITRM = 500 A tw = 2 µs

S6992

Contextual Info: S6992 TOSHIBA Thyristor Silicon Planar Type S6992 Condenser Discharge Control Applications • Critical rate of rise of ON-state current: di/dt = 750 A/µs • Repetitive surge ON-state current: ITRM = 500 A tw = 2 µs • Repetitive peak OFF-state voltage: VDRM = 800 V

Contextual Info: Specification of Electret Condenser Microphone Model No.: Date: EM6022P SEP 02 2009 APPROVER CHECKER DESIGN Hu Guo Feng REN WEI XIA YING BO 211 N. First Street Minneapolis, MN. 55401 612-849-6205 www.soberton.com / info@soberton.com Page 1 of 6 Type: Omni directional Back Electret Condenser Microphone

Contextual Info: S6992 TOSHIBA Thyristor Silicon Planar Type S6992 Condenser Discharge Control Applications Unit: mm • Critical rate of rise of ON-state current: di/dt = 750 A/µs • Repetitive surge ON-state current: ITRM = 500 A tw = 2 µs • Repetitive peak OFF-state voltage: VDRM = 800 V

CONDENSER

Contextual Info: K25/2L Vacuum Condenser K25/2L This condenser is suitable for w iring direct on to the tank circuit of Radio transmitters. The physical size of each unit is small and four separate tank circuits need not occupy m ore space than a single open plate con­ denser.

Contextual Info: S6992 TOSHIBA Thyristor Silicon Planar Type S6992 Condenser Discharge Control Applications • Unit: mm Critical rate of rise of ON-state current: di/dt = 750 A/µs • Repetitive surge ON-state current: ITRM = 500 A tw = 2 µs • Repetitive peak OFF-state voltage: VDRM = 800 V

S6992

Contextual Info: S6992 TOSHIBA Thyristor Silicon Planar Type S6992 Condenser Discharge Control Applications • Unit: mm Critical rate of rise of ON-state current: di/dt = 750 A/µs • Repetitive surge ON-state current: ITRM = 500 A tw = 2 µs • Repetitive peak OFF-state voltage: VDRM = 800 V