MARKING 1506 Search Results

siemens sirius 3r

Abstract: Sprecher Schuh CT 3-12 plotter ip-220 Transformer zkb Sirius 3SB3 sti es 1682 IP220 Legrand symbol electric manual legrand
Contextual Info: Terminal Markers 4 Terminal Markers Almost any marking task involving any type of terminal block can be tackled using the Weidmüller range of terminal markers. Whether a clamping point needs multicharacter marking, ready-to-use markers with standard or custom printing, white or

Contextual Info: RL-1505 RL-1506, RL-1507, RL-1508 MINI-INDUCTORS CONFORMALLY COATED MARKING The nominal inductance is marked by a color code as listed in the table below. Black Brown Red Orange Yellow Green Blue Purple Grey White Gold Silver First figure Color Second figure

Contextual Info: RL-1505 RL-1506, RL-1507, RL-1508 MINI-INDUCTORS CONFORMALLY COATED MARKING The nominal inductance is marked by a color code as listed in the table below. Black Brown Red Orange Yellow Green Blue Purple Grey White Gold Silver First figure Color Second figure

RL-1506-1

Abstract: RL-1506
Contextual Info: RL-1505 RoHS RL-1506, RL-1507, RL-1508 MINI-INDUCTORS COMPLIANT CONFORMALLY COATED MARKING The nominal inductance is marked by a color code as listed in the table below. Black Brown Red Orange Yellow Green Blue Purple Grey White Gold Silver First figure Color

RL1506-1000

Contextual Info: RL-1505 RL-1506, RL-1507, RL-1508 MINI-INDUCTORS CONFORMALLY COATED MARKING The nominal inductance is marked by a color code as listed in the table below. Black Brown Red Orange Yellow Green Blue Purple Grey White Gold Silver First figure Color Second figure

Contextual Info: RL-1505 RL-1506, RL-1507 MINI-INDUCTORS CONFORMALLY COATED MARKING The nominal inductance is marked by a color code as listed in the table below. Small inductors having high Q and low distributed capacity. Excellent for use where space, w eight and size is a

Contextual Info: RL-1505 RL-1506, RL-1507 MINI-INDUCTORS CONFORMALLY COATED MARKING The nominal inductance is marked by a color code as listed in the table below. Black Brown Red Orange Yellow Green Blue Purple Grey White Gold Silver First figure Color Second figure Nominal inductance ¿¿H

Contextual Info: RL-1505 RL-1506, RL-1507, RL-1508 MINI-INDUCTORS MARKING The nominal inductance is marked by a color code as listed in the table below. -T n ?- Black Brown Red Orange Yellow Green Blue Purple Grey White Gold Silver First figure Color Second figure Nominal inductance pH

Contextual Info: RL-1505 RL-1506, RL-15 0 7 , RL-15 0 8 MINI-INDUCTORS CONFORMALLY COATED Black Brown Red Orange Yellow Green Blue Purple Grey White Gold Silver m First figure Color Second figure MARKING The nominal inductance is marked by a color code as listed in the table below.

Contextual Info: 3 4 6 2-1,5-4 ON POS. 3 n1.85 [.073] RELEASED FOR PRODUCTION 15063 14968 PCR NO B A REV JB 6/1/05 BY JB 7/11/05 DATE BGL 12/21/10 SCALE TITLE .76 [.030 in] E-SWITCH MARKING ON OPPOSITE SIDE 8.89 [.350 in] 100DP3T1B9M2QE T106003 1 5.72 [.225 in] 11.43 [.450 in]

CN1E2

Contextual Info: NETWORKS TECHNOLOGY OF TOMORROW THICK FILM R-NETWORK CONVEX TERMINATIONS CN-K • CN-A STRUCTURE 1 2 3 4 5 6 Ceramic substrate Ag / Pd Ru O2 Glass Ni / Sn - Pb Sn : Pb = 90:10 Glass overcoating IDENTIFICATION TYPE BODY COLOR MARKING CN1E CN1J, CN2A, CN2B

xeh 250 120

Abstract: T108 TC-6056 UUJK
Contextual Info: 5 ; . = /— 1^. ~J— NEC m Com pound Transistor FAI L4Z ty - ÌV - • m m $ f t o^qrxffi^^lLtv^tc ( R x= 4 7 2.8 + 0.2 0.651 1.5 kQ) O E o F N 1 L 4 Z =? > 7 ° t (T a Il U / = > 9 ]) X i t m T ' è £-?< 25 °C ) h& ^r # Se VcBO te 60 V Marking Z JU 9 9 ' ^ - l " / 9 f f J M E

DO810

Abstract: DO79
Contextual Info: 750-1506 1 8-Channel Digital Input/Output Module 24 V DC High-side switching 143 750-1506 750-1506 13 Status DI 1 . DI 8 DO 1 . DO 8 1 14 1 3 5 7 2 4 6 8 9 11 13 15 10 12 14 16 DI Data contacts DI 1 CAGE CLAMP S connection DI 1 . DI 8 DO 1 . DO 8

Contextual Info: SINGLE PHASE HALF WAVECURVE 1 =–50 FORWARD RS1A-RS1G RS1J-SR1M CURRENT 25°C f4= 1 MHz TEMPERATURE ℃ 1FIG. 25TJAMBIENT 75 10 100 20DERATING 125 15060Hz 100 175 FIG. –2MAXIMUM 10 2SINGLE 5NON10 0.0 0.2 0.4 0.6 0.8 HYESD2025S Bi-Directional Transient Voltage Suppressing Diode

Contextual Info: SINGLE PHASE HALF WAVECURVE 1 =–50 FORWARD RS1A-RS1G RS1J-SR1M CURRENT 25°C f4= 1 MHz TEMPERATURE ℃ 1FIG. 25TJAMBIENT 75 10 100 20DERATING 125 15060Hz 100 175 FIG. –2MAXIMUM 10 2SINGLE 5NON10 0.0 0.2 0.4 0.6 0.8 HYESD0514P 4 Channel Low Capacitance ESD Protection Diode Array

Contextual Info: SINGLE PHASE HALF WAVECURVE 1 =–50 FORWARD RS1A-RS1G RS1J-SR1M CURRENT 25°C f4= 1 MHz TEMPERATURE ℃ 1FIG. 25TJAMBIENT 75 10 100 20DERATING 125 15060Hz 100 175 FIG. –2MAXIMUM 10 2SINGLE 5NON10 0.0 0.2 0.4 0.6 0.8 HYESD0524P 4 Channel Low Capacitance ESD Protection Diode Array

Contextual Info: SINGLE PHASE HALF WAVECURVE 1 =–50 FORWARD RS1A-RS1G RS1J-SR1M CURRENT 25°C f4= 1 MHz TEMPERATURE ℃ 1FIG. 25TJAMBIENT 75 10 100 20DERATING 125 15060Hz 100 175 FIG. –2MAXIMUM 10 2SINGLE 5NON10 0.0 0.2 0.4 0.6 0.8 HYESD1065M / HYESD1065P 6 Channel Low Capacitance ESD Protection Diode Array

Contextual Info: DF15-M 1.5 Amp. Glass Passivated Bridge Dimensions in mm. DF - M Voltage 600 to 1000 V. Current 1.5 Amp. at 40 ºC R • Glass Passivated • Package: DUAL IN LINE • Ideal for PCB DF 1506 M • Lead and polarity identifications 1N Maximum Ratings, according to IEC publication No. 134

Contextual Info: DF15-M 1.5 Amp. Glass Passivated Bridge Dimensions in mm. DF - M Voltage 600 to 1400 V. Current 1.5 Amp. at 40 ºC R • Glass Passivated • Package: DUAL IN LINE • Ideal for PCB DF 1506 M • Lead and polarity identifications 1N Maximum Ratings, according to IEC publication No. 134

Contextual Info: SINGLE PHASE HALF WAVECURVE 1 =–50 FORWARD RS1A-RS1G RS1J-SR1M CURRENT 25°C f4= 1 MHz TEMPERATURE ℃ 1FIG. 25TJAMBIENT 75 10 100 20DERATING 125 15060Hz 100 175 FIG. –2MAXIMUM 10 2SINGLE 5NON10 0.0 0.2 0.4 0.6 0.8 HYD5A06FT 600V / 5A VF=1.8V @ IF=5A, trr=20ns

IF8A

Contextual Info: SINGLE PHASE HALF WAVECURVE 1 =–50 FORWARD RS1A-RS1G RS1J-SR1M CURRENT 25°C f4= 1 MHz TEMPERATURE ℃ 1FIG. 25TJAMBIENT 75 10 100 20DERATING 125 15060Hz 100 175 FIG. –2MAXIMUM 10 2SINGLE 5NON10 0.0 0.2 0.4 0.6 0.8 HYD8A06LFT 600V / 8A VF=1.7V @ IF=8A, trr=35ns

Contextual Info: SINGLE PHASE HALF WAVECURVE 1 =–50 FORWARD RS1A-RS1G RS1J-SR1M CURRENT 25°C f4= 1 MHz TEMPERATURE ℃ 1FIG. 25TJAMBIENT 75 10 100 20DERATING 125 15060Hz 100 175 FIG. –2MAXIMUM 10 2SINGLE 5NON10 0.0 0.2 0.4 0.6 0.8 HYD30A02T 200V / 30A VF=1.0V @ IF=30A, trr=26ns

Contextual Info: SINGLE PHASE HALF WAVECURVE 1 =–50 FORWARD RS1A-RS1G RS1J-SR1M CURRENT 25°C f4= 1 MHz TEMPERATURE ℃ 1FIG. 25TJAMBIENT 75 10 100 20DERATING 125 15060Hz 100 175 FIG. –2MAXIMUM 10 2SINGLE 5NON10 0.0 0.2 0.4 0.6 0.8 HYD8A06FT 600V / 8A VF=2.1V @ IF=8A, trr=22ns

Contextual Info: SINGLE PHASE HALF WAVECURVE 1 =–50 FORWARD RS1A-RS1G RS1J-SR1M CURRENT 25°C f4= 1 MHz TEMPERATURE ℃ 1FIG. 25TJAMBIENT 75 10 100 20DERATING 125 15060Hz 100 175 FIG. –2MAXIMUM 10 2SINGLE 5NON10 0.0 0.2 0.4 0.6 0.8 HYD30A06T 600V / 30A VF=2.2V @ IF=30A, trr=52ns