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Part : CR01005-FW-3653HZ2 Supplier : Bourns Manufacturer : Avnet Stock : - Best Price : - Price Each : -
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53Hz

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: -0.0257 -0.0669 Test1_53Hz -0.0478 -0.0091 0.0009 0.0054 0.0091 -0.0025 -0.0182 -0.1103 , 0.0049 0.0096 0.0065 0.0091 0.0121 0.0223 -0.0032 -0.0025 -0.0944 -0.0116 Test2_53Hz Test1 , _60Hz Test1_57Hz 0.1 Test2_57Hz 0 0.1 -0.1 1 10 100 1000 Test1_53Hz Test2_53Hz , -0.0502 -0.0366 -0.0532 -0.0526 -0.0079 -0.0358 -0.0463 -0.0175 -0.0816 -0.0257 -0.0792 Test1_53Hz , -0.0298 Test2_53Hz Test1_50Hz Test2_50Hz Test1_47Hz Test2_47Hz -0.0592 -0.0878 -0.0255 -0.0779 Teridian Semiconductor
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71M6513 0408 Diode 1045 340121 10VA 35-186 energy meter ic 0038
Abstract: " Operating current Operating current decreases in order of 80Hz>71Hz>64Hz>53Hz. Frame inversion. Power , of 80Hz>71Hz>64Hz>53Hz. Frame inversion. Power save mode= Power save mode2 Screen Flicker , "101*101" NG Operating current decreases in order of 80Hz>71Hz>64Hz>53Hz. Frame inversion , 80Hz>71Hz>64Hz>53Hz. Frame inversion. Power save mode= High Power mode www.rohm.com © 2012 ROHM , P3 80Hz 0 0 71Hz 0 1 64Hz 1 0 53Hz 1 Reset initialize condition ROHM
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BU9795A SEG35 BU9795AKV BU9795AFV BU9795AGUW BU9795AKS2
Abstract: current Operating current decreases in order of 80Hz > 71Hz > 64Hz > 53Hz. Frame inversion. Power save , of 80Hz > 71Hz > 64Hz > 53Hz. Frame inversion. Power save mode= Power save mode2 DISCTL setup , value "101*101" NG Operating current decreases in order of 80Hz > 71Hz > 64Hz > 53Hz. Frame , in order of 80Hz > 71Hz > 64Hz > 53Hz. Frame inversion. Power save mode= High Power mode , condition 80Hz 0 0 â—' 71Hz 0 1 64Hz 1 0 53Hz 1 1 (Note) About the ROHM
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SEG27 BU9795AFV-LB SSOP-B40 SEG30 TSZ22111 TSZ022
Abstract: " Operating current Operating current decreases in order of 80Hz>71Hz>64Hz>53Hz. Frame inversion. Power , of 80Hz>71Hz>64Hz>53Hz. Frame inversion. Power save mode= Power save mode2 DISCTL setup value , "101*101" NG Operating current decreases in order of 80Hz>71Hz>64Hz>53Hz. Frame inversion , 80Hz>71Hz>64Hz>53Hz. Frame inversion. Power save mode= High Power mode www.rohm.com © 2013 ROHM , 80Hz 0 0 â—' 71Hz 0 1 64Hz 1 0 53Hz 1 1 * About the ROHM
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VQFP48C VBGA048W040 SQFP-T52M SEG34
Abstract: >53Hz. Frame inversion. Power save mode= Power save mode1 DISCTL setup value "101*100" Screen , current decreases in order of 80Hz>71Hz>64Hz>53Hz. Frame inversion. Power save mode= Power save mode2 , setup value "101*101" NG Operating current decreases in order of 80Hz>71Hz>64Hz>53Hz. Frame , 80Hz>71Hz>64Hz>53Hz. Frame inversion. Power save mode= High Power mode DISCTL setup value "101*111 , ) MSB D7 D6 D5 D4 C 0 1 P4 Set Frame frequency Setting 80Hz 71Hz 64Hz 53Hz Set LCD drive waveform ROHM
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TSZ2211114001 TSZ02201-0A0A2D300020-1-2
Abstract: >53Hz. Frame inversion. Power save mode= Power save mode1 DISCTL setup value "101*100" OK Screen , decreases in order of 80Hz>71Hz>64Hz>53Hz. Frame inversion. Power save mode= Power save mode2 DISCTL , value "101*101" NG Operating current decreases in order of 80Hz>71Hz>64Hz>53Hz. Frame inversion , >71Hz>64Hz>53Hz. Frame inversion. Power save mode= High Power mode DISCTL setup value "101*111 , Frame frequency Setting 80Hz 71Hz 64Hz 53Hz D3 P3 D2 P2 D1 P1 LSB D0 P0 P4 0 0 1 1 P3 ROHM
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Abstract: "101*011" Operating current Operating current decreases in order of 80Hz>71Hz>64Hz>53Hz. Frame , order of 80Hz>71Hz>64Hz>53Hz. Frame inversion. Power save mode= Power save mode2 DISCTL setup value , *101" NG Operating current decreases in order of 80Hz>71Hz>64Hz>53Hz. Frame inversion. Power save , >53Hz. Frame inversion. Power save mode= High Power mode DISCTL setup value "101*111 , 80Hz 71Hz 64Hz 53Hz Set LCD drive waveform Setting Line inversion Frame inversion Set Power save mode ROHM
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Abstract: >53Hz. Frame inversion. Power save mode= Power save mode1 DISCTL setup value "101*100" Screen , current decreases in order of 80Hz>71Hz>64Hz>53Hz. Frame inversion. Power save mode= Power save mode2 , setup value "101*101" NG Operating current decreases in order of 80Hz>71Hz>64Hz>53Hz. Frame , 80Hz>71Hz>64Hz>53Hz. Frame inversion. Power save mode= High Power mode DISCTL setup value "101*111 , ) MSB D7 D6 D5 D4 C 0 1 P4 Set Frame frequency Setting 80Hz 71Hz 64Hz 53Hz Set LCD drive waveform ROHM
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Abstract: >53Hz. Frame inversion. Power save mode= Power save mode1 DISCTL setup value "101*100" Screen , current decreases in order of 80Hz>71Hz>64Hz>53Hz. Frame inversion. Power save mode= Power save mode2 , setup value "101*101" NG Operating current decreases in order of 80Hz>71Hz>64Hz>53Hz. Frame , 80Hz>71Hz>64Hz>53Hz. Frame inversion. Power save mode= High Power mode DISCTL setup value "101*111 , ) MSB D7 D6 D5 D4 C 0 1 P4 Set Frame frequency Setting 80Hz 71Hz 64Hz 53Hz Set LCD drive waveform ROHM
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Abstract: >53Hz. Frame inversion. Power save mode= Power save mode1 DISCTL setup value "101*100" Screen , current decreases in order of 80Hz>71Hz>64Hz>53Hz. Frame inversion. Power save mode= Power save mode2 , setup value "101*101" NG Operating current decreases in order of 80Hz>71Hz>64Hz>53Hz. Frame , 80Hz>71Hz>64Hz>53Hz. Frame inversion. Power save mode= High Power mode DISCTL setup value "101*111 , ) MSB D7 D6 D5 D4 C 0 1 P4 Set Frame frequency Setting 80Hz 71Hz 64Hz 53Hz Set LCD drive waveform ROHM
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Abstract: ] / 648 DISCTL 53Hz setting: Frame frequency [Hz] = external clock [Hz] / 768 Command DISCTL OSCIN_EN , ) Figure 12. OSCMODE change timing Set Frame frequency Setup 80Hz 71Hz 64Hz 53Hz P1 0 0 1 1 P0 0 1 , rate from 80, 71, 64, 53Hz according to LCD panel characteristic. Line inversion. Power save mode = , "11001100" Screen Flicker? OK Please select Frame rate from 80, 71, 64, 53Hz according to LCD panel , MODESET setup value "11001101" Screen Flicker? OK Please select Frame rate from 80, 71, 64, 53Hz ROHM
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TSZ02201-0A0A2D300010-1-2 BU9794AKV SEG50 VQFP64 SEG49
Abstract: >53Hz. Frame inversion. Power save mode= Power save mode1 DISCTL setup value "101*100" Screen , current decreases in order of 80Hz>71Hz>64Hz>53Hz. Frame inversion. Power save mode= Power save mode2 , setup value "101*101" NG Operating current decreases in order of 80Hz>71Hz>64Hz>53Hz. Frame , 80Hz>71Hz>64Hz>53Hz. Frame inversion. Power save mode= High Power mode DISCTL setup value "101*111 , ) MSB D7 D6 D5 D4 C 0 1 P4 Set Frame frequency Setting 80Hz 71Hz 64Hz 53Hz Set LCD drive waveform ROHM
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Abstract: -2, EN61010-1 ESD: 4KV IEC 61131 (plc fucntion) Sampling frequency From 12,53Hz to 151,71 Hz ADC Seneca
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PM001600 RS232-RS485 EN50081-2 4-20 mA converter modbus rs485 Z-SG - Strain gauge converter analogue input MODBUS converter strain gauge strain gauge and load cells rs232 rs485 modbus connection RS485 K107A K107B K107USB
Abstract: : Frame frequency [Hz] = external clock [Hz] / 648 DISCTL 53Hz setting : Frame frequency [Hz] = external , 80Hz 71Hz 64Hz 53Hz P1 0 0 1 1 P0 0 1 0 1 Reset initialize condition (Note) The setting of , quality. Display quality Please select Frame rate from 80, 71, 64, 53Hz according to LCD panel , from 80, 71, 64, 53Hz according to LCD panel characteristic. Frame inversion. Power save mode = Power , ? OK Please select Frame rate from 80, 71, 64, 53Hz according to LCD panel characteristic. Frame ROHM
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Abstract: 53Hz setting: Frame frequency [Hz] = external clock [Hz] / 768 Command DISCTL OSCIN_EN , 80Hz 0 0 â—' 71Hz 0 1 64Hz 1 0 53Hz 1 1 (Note) The setting of , select Frame rate from 80, 71, 64, 53Hz according to LCD panel characteristic. Line inversion. Power , , 53Hz according to LCD panel characteristic. Frame inversion. Power save mode = Power Mode1 , "11001101" OK Please select Frame rate from 80, 71, 64, 53Hz according to LCD panel characteristic ROHM
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Abstract: : Frame frequency [Hz] = external clock [Hz] / 648 DISCTL 53Hz setting : Frame frequency [Hz] = external , 80Hz 71Hz 64Hz 53Hz P1 0 0 1 1 P0 0 1 0 1 Reset initialize condition (Note) The setting of , quality. Display quality Please select Frame rate from 80, 71, 64, 53Hz according to LCD panel , from 80, 71, 64, 53Hz according to LCD panel characteristic. Frame inversion. Power save mode = Power , ? OK Please select Frame rate from 80, 71, 64, 53Hz according to LCD panel characteristic. Frame ROHM
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Abstract: current Operating current decreases in order of 80Hz > 71Hz > 64Hz > 53Hz. Frame inversion. Power save , of 80Hz > 71Hz > 64Hz > 53Hz. Frame inversion. Power save mode= Power save mode2 DISCTL setup , value "101*101" NG Operating current decreases in order of 80Hz > 71Hz > 64Hz > 53Hz. Frame , in order of 80Hz > 71Hz > 64Hz > 53Hz. Frame inversion. Power save mode= High Power mode , condition 80Hz 0 0 â—' 71Hz 0 1 64Hz 1 0 53Hz 1 1 (Note) About the ROHM
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Abstract: sub_table n (n=1 to 4). Debounce time: depend on current playback speed (5.3Hz to 16Hz), or trigger during , ratio of current playback speed (5.3Hz to 16KHz). the stop pulse width depends on the ratio of final APLUS Integrated Circuits
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AVM1504D transistor 68675 TSS 100
Abstract: Characteristics Input Range: 99 ~ 265Vac (RMS), Full Range Input Frequency: 47 ~ 53Hz Input Current: Max 11.5A Sparkle Power
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ATX12V EPS12V EN61000-3-2 CSA22 be75A switching power supply 1000W output 12V1 AC DC Switch power 10w BE75 R-SPI1000GCM 2002/95/EC
Abstract: UPS-D PWM D UPS D500425VAD1000625VA 95145V/175265V 57~63Hz /47~53Hz 120V/220V±10% 50Hz/60Hz±0.5% () 425VA625VA 10ms 12VDC 4~20 7~10 90% 0~40 95% 4 1 9 D () 040 95 UPS D500(425VA) (cm) (kg) (cm) 35×11.5×41 4.2 43×37×49 4 500 UPS D1000(625VA) 35×11.5×41 5 43×37×49 4 600 - -
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500 UPS D500
Abstract: 80Hz 0 0 â—' 71Hz 0 1 64Hz 1 0 53Hz 1 1 * About the , ] / 648 DISCTL 53Hz select : Frame frequency [Hz] = external clock[Hz] / 768 Command OSCIN_EN , display quality Display quality Please select Frame rate from 80Hz,71Hz,64Hz,53Hz according to LCD , " Operating current Operating current decreases in order of 80Hz>71Hz>64Hz>53Hz. Frame inversion. Power , Frame rate from 80Hz,71Hz,64Hz,53Hz according to LCD panel characteristic. Frame inversion. Power Crouzet
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XD26 telephone* "transmission lines" awg 73/23/EEC 89/336/EEC DB9/DB15
Abstract: >12). Debounce time: depend on current playback speed (5.3Hz to 16Hz), or trigger during standby , playback speed (5.3Hz to 16Hz), or trigger during standby. the dependent speed is 7.6k. long-4.2 ms to , during synthesizing. NOTE: The 3Hz and 6Hz depend on the ratio of current playback speed (5.3Hz to 16KHz -
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