.. numbers is from 200 to 4800, i.e., the resolution is 1 count per mV. Resolution can be easily increased by a factor of 10 by setting the clock frequency to 10 MHz. The great thing is that the nonlinearity error and conversion time remain ...
.. 60-dB of ripple attenuation for V LOAD 1-V and a low noise 0- to 5-V output suitable for consumption by a typical 8- to 10-bit resolution ADC input. Diode D1 provides fire insurance for U1 in case V LOAD gets shorted to ground. Reference ...
.. IC4A out of that state will be by applying a low level (could be a very narrow pulse, as in this case) at its /S input (pin 10 of IC4). That would establish a forbidden condition for an instant, making IC4A first pull high both Q and /Q, and ...
.. time sources, such as oven controlled crystal oscillators (OCXO) [2] which offer an annual stability of 2×10 8 , or a cesium standard [ 3 ] with an even higher typical stability of 3×10 12 . Unfortunately, upgrading an ...
.. are the reference voltage at the feedback (FB) pin multiplied by 1 + R F /R G . Recommended values of C F from 100 pF to 10 nF increase the amount of feedback at higher frequencies, or at least ensure it is not reduced by stray capacitances ...
.. off. Once you release the SS Pin, both ICs start to charge C 14 with their internal 5-µA current sources. In total, 10-µA current flows into C 14 . Once C 14 reaches the threshold voltage of 1.2 V, both controllers start to ...
.. L F P = PWM rep rate N = PWM bits of resolution, N 4 R1 = recommended value from U1 datasheet example application 8. ; 9. ; 10. ; 11. R3 = Vpp/(Vs/R1 + (V L V S )/(R1 + R4)) 11. ; 12. ; 13. ; Now, taking the inexpensive XLsemi XL4016 asynch ...
I recently published a simple design ( Ref. 1 ) for a platinum resistance detector (PRTD) 4 to 20 mA transmitter circuit, illustrated in Figure 1. Figure 1. The PRTD 4 to 20 mA loop transmitter with constant current PRTD excitation that relies on ...
.. trim for a 3.500 V output reading. Finally, set the box to 249.0 Ω (400.00 C) and trim the linearity adjustment for a 10.000 V output. Repeat this sequence until all three points are fixed. Total error over the entire range will be within ...