HAMAMATSU G1735 Search Results

S2840

Contextual Info: • 4 2 2 ^ 0 "I 0003b5G TT2 ■ HPKJ Related Products PHOTOTRANSISTORS The phototransistor gives a large output current as compared to photodiodes. Hamamatsu supplies high-sensitivity phototransistors based on its long experience with opto-semiconductor technology.

P873-G35-552

Abstract: p1760-04 P873-13
Contextual Info: Opto-semiconductors CONDENSED CATALOG 1987 Hamamatsu Photonics Solid State Division has devel­ oped a variety of opto-electronic semiconductor de­ vices. These competitively priced high quality products are designed to meet the requirements of general and

G1122

Abstract: G1118 G1117
Contextual Info: HAMAMATSU CORP tn DE ODOaDDb T GaAsp Photodiodes 422J96Û 9 HAM AM ATSU 890 CORP Photosensitive Surface Spectral Response T *- H i - 5" I Characteristics 25°C Package (mm) (mm2) (nm) (nm) Short Circuit Current Peak Wave­ length 560nm • GaP LED lsh, 1(

g1962-01

Abstract: u1116 G1126-02 G1120 hamamatsu PIN TO5 3x1015
Contextual Info: !• * 5 9 HAMAMATSU HE CORP D HSHItiGT DGGHHTB S tàmsââiÊÈàùÊim *m *h GaAsP Photodiodes Effective Sensitive Area mm Package Type No. (mm> (Ta = 25°C) Peak Radiant Spectral Wavelength Sensitivity Response atXp Xp (nm) (nm) (A/W) Short Circuit Shunt

Contextual Info: HAMAMATSU CÔRP ITE D • 452^01 0GG5532 A ■ GaAsP Photodiodes Photosensitive Surface Spectral Response Outlines Type No. Window Materials Package mm Size Effective Area Range Peak Wave­ length (mm) (mm2) (nm) (nm) Characteristics (25°C) Typical Radiant Sensitivity (A/W) Short Circuit Current

G1735

Contextual Info: GaAsP photodiode Diffusion type Red sensitivity extended type Features Applications Low dark current Analytical instruments High stability Color identification Red sensitivity extended type Structure / Absolute maximum ratings Type no. G1735 G1736 G1737 G1738

G1735

Abstract: G1736 G1737 G1738 G1740 G3297
Contextual Info: PHOTODIODE GaAsP photodiode Diffusion type Red sensitivity extended type Features Applications l Low dark current l High stability l Red sensitivity extended type l Analytical instruments l Color identification • General ratings / Absolute maximum ratings

G1735

Abstract: G1736 G1737 G1738 G1740 G3297 Borosilicate Hamamatsu G1735
Contextual Info: PHOTODIODE GaAsP photodiode Diffusion type Red sensitivity extended type Features Applications l Low dark current l High stability l Red sensitivity extended type l Analytical instruments l Color identification • General ratings / Absolute maximum ratings

Hamamatsu G1735

Abstract: G1735
Contextual Info: GaAsP photodiodes Diffusion type Red sensitivity extended type Features Applications Low dark current Analytical instruments High stability Color identification Red sensitivity extended type Structure / Absolute maximum ratings Type no. Dimensional outline/

C2719

Abstract: S1190-01 s1223 pin photodiode S4160 equivalent s12271010b S4753 S3407-01 hamamatsu S1336 S4160 G1118
Contextual Info: MHE'ìbCH 0 G03 b S l fi 3 T • HPKJ PHOTO ICs A photodiode and signal processing circuit are integrated. Photo ICs are intelligent light sensors consisting of a photodiode, signal processing circuit and signal output circuit. Molded in subminiature packages, these photo ICs are especially suited for

HP 5082-4204

Abstract: UDT Pin-040A photodiode amplifier OPA128 SD-041-11-21-011 fast photodiode amplifier hp 5082-4204 pin photodiode 760nm photodiode 5082-4204 J FET RF Cascode Input
Contextual Info: DESIGNING PHOTODIODE AMPLIFIER CIRCUITS WITH OPA128 The OPA128 ultra-low bias current operational amplifier achieves its 75fA maximum bias current without compromise. Using standard design techniques, serious performance trade-offs were required which sacrificed overall

HP 5082-4204

Abstract: hp 5082-4204 pin photodiode 5082-4204 photodiode amplifier UDT-PIN photodiode bias circuit SBOA061 fast photodiode amplifier hp 5082 4204 pin photodiode Pin-040A
Contextual Info: DESIGNING PHOTODIODE AMPLIFIER CIRCUITS WITH OPA128 The OPA128 ultra-low bias current operational amplifier achieves its 75fA maximum bias current without compromise. Using standard design techniques, serious performance trade-offs were required which sacrificed overall