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Part Numbert Mfg Packt D/C Descriptiont Qty Company/Contact  
RT1P137P-T113-1     04+    3000 
    PERFECTION INT鈥橪 GROUP (HONGKO..
  • Contact:SUN
  • Tel:0086-755-25887780
  • Fax:0086-755-25831006
  • Email: david@perfectionhk.com
RT1P137P-T113-1   SOT89  2008+  new and original  60000 
    Shenzhen Kehaiwei Electronics ..
  • Contact:Lynn
  • Tel:86-755-82724325
  • Fax:86-755-83291349
  • Email: sale@khwdz.com
RT1P137P-T113-1   SOT89  04+    3000 
RT1P137P-T113-1   SOT89  2008+  new and original  60000 
    Shenzhen Kehaiwei Electronics ..
  • Contact:cindy
  • Tel:86-755-82814015
  • Fax:
  • Email: sale@khwdz.com
RT1P137P-T113-1 N/A    04+    3000 
RT1P137P-T113-1   SOT89  04+  专业IC现货供应  6000 
    ShenzhenGuangshengElectronicsC..
  • Contact:Ms.nie
  • Tel:086-0755-83685772/83681220/83682661
  • Fax:086-0755-83688060
  • Email: GS02@GSDZ-IC.COM

RT1P137P-T113-1 Datasheet
GND (Pin 4): Ground. PROG (Pin 5): Charge Current Program and Shutdown Input Pin. The charge current is programmed by connect- ing a resistor, R,PROG to ground.The charge current is IBAT = (VPROG 800 I )/(RPROG ' RSENSE) The lC can be forced into shutdown by floating the PROG pin and allowing the internal 2.5ccA current source to pull the pin above the 2.457V shutdown threshold voltage.
RT1P137P-T113-1 Price
An ACK, Acknowledge, is a software convention used to indicate a successful data transfer. The transmitting device either master or slave, releases the SDA bus after transmitting eight bits. During the ninth clock cycle, the receiver pulls the SDA line LOW to acknowledge the reception of the eight bits of data (See Figure 2).
RT1P137P-T113-1 on stock
Analog and digital signals should not share a common path. Each signal should have an appropriate analog or digital return routed close to it. Using this approach, signal loops enclose a small area, minimizing the inductive coupling of noise. Wide PC tracks, large gauge wire, and ground planes are highly recom- mended to provide low impedance signal paths. Separate analog
Fixed Off-Time Selection. With increasing values of tOFF switching losses will decrease, low-level load current regulation will improve, EMI will be reduced, the PWM frequency will decrease, and ripple current will increase. The value of tOFF can be chosen for optimization of these parameters. For applications where audible noise is a concern, typical values of tOFF are chosen to be in the range of 15 t0 35 ms.