IB20S Search Results

2SK1199

Abstract: ir2a Hitachi Scans-001 ir2a diode diode ir2a
Contextual Info: 2SK1199 44<ib20S GG13EaT 6D3 « H I T 4 HITACHI/ OPTOELECTRONICS blE D S IL IC O N N -C H A N N E L M O S FET HIGH SPEED POWER SWITCHING • FEATURES • Low On-Resistance • High Speed Switching • Low Drive Current • • No Secondary Breakdown Suitable for Switching Regulator and

Contextual Info: H I T A C H I / O P T O E L E C T R O N IC S 51E D • m ib B O S Q011023 ■ H IT M T - a P i'lS GN6020C Silicon N Channel IGBT HITACHI Application Mar. 1992 TO-3P High speed power switching Features • High speed switching tf = 200 ns typ, 400 ns max

Contextual Info: HITACHI/ OPTOELECTRONICS SHE D • HHTbSDS GG12111 ÔT5 « H I T 4 HL1324MF InGaAsP LD Description The HL1324MF is an InGaAsP long wavelength laser diode suited for short and medium range optical communications (optical data links, optical LANs, subscriber systems).

hitachi sr 302

Abstract: HL1561BF te 1819 HL1561A HL1561AC 10 gb laser diode DD121S3 Hitachi Scans-001
Contextual Info: 54 E J> HITACHI/ OPTOELECTRONICS • HHTbSDS DD121S3 254 « H I T 4 H L 1 5 6 1 A /A C /B F InGaAsP LD Description The HL1561 A/AC/BF are 1.55 (am band InGaAsP X/4 phase-shifted distributed-feedback (DFB) laser diodes with a buried heterostructure. Fiber Specifications (HL1561BF only)

Contextual Info: HITACHI/ OPTOEL ECT RONICS 5ME » • MMTbEQS OGIEGIS SbT « H I T 4 HL7802E/G GaAIAs LD Description The HL7802E/G are 0.78 pm band GaAIAs laser diodes with a double heterojunction structure. They are suitable as light sources for laser printers, laser levelers and various other types of optical equipment.

HL7802E

Abstract: HE8807SG HE8813VG HE8815VG HL7802G HL8312E Hitachi Scans-001 he8813 HE8403 T9040
Contextual Info: HITACHI/ OPTOEL ECT RONICS 5ME » • MMTbEQS OGIEGIS SbT « H I T 4 HL7802E/G GaAIAs LD Description The HL7802E/G are 0.78 pm band GaAIAs laser diodes with a double heterojunction structure. They are suitable as light sources for laser printers, laser levelers and various other types of optical equipment.