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Consider a p-n junction diode with I0=100pA,
I(v)=I0[exp(eV/kt)-1] and which is biased at 100mA. Assume the
diode can dissipate at most 100mW.
a) Find the dissipated power in the diode field at 25°C.
b) Find the power for an overheated diode to 250°C.
Assawe te diode cau dissitate at wort loo ww
15. What of the following shows the correct Lewis symbol of Tellurium, Te? a) Te. b) T c)Te. d) :te. 16 ATOA
Nf = 200 turns, I0 =
3.342E-3A, R = 0.105m
3. The field coil has N, turns and a finite thickness to it, with turns of radius varying from inner to outer radii, Ri and Ro. Show that when
My Notes Ask Your Te You are given n 8 measurements: 5, 3, 6, 6, 6, 6, 4, 7, (a) Calculate the range 4 (b) Calculate the sample mean, X. x5.375 (c) Calculate the sample variance, s2, and standard deviation, s. (Round your variance to four decimal places and your standard deviation to two decimal places.) s211.87 s= 3.44 (d) Compare the range and the standard deviation. The range is approximately how many standard deviations? Round your answer to two...
dis creo te The gnal +ime x (n) .4 unz) (n-4 put Syatem with LTI +o the impulse response hn) c,6 n-2 -aln-) MATLAB the code that computes ute -padding output signal sing canluticn with &erc method b ith - padding methad no 2ero
dis creo te The gnal +ime x (n) .4 unz) (n-4 put Syatem with LTI +o the impulse response hn) c,6 n-2 -aln-) MATLAB the code that computes ute -padding output signal sing canluticn with &erc...
Given in n express the limit as n → as 3 [4+6-15) - (6+65) "sludz. a definite integral, that is provide a, b and f(x) in the expression a .b
Motor current ISH is to be measured by reading ADC chO at every TIMERO interrupt occurring with 100 Q4. (I0) time interval and store ADC content i nto the array ISH[n] at nth timeo interrupt (n=12-MNmao, a) (0) Write a function named MEAS.CURRENT in which an recursive filter operation is applied on ISH by where n is the iteration number, a, b and c are coefficients given as a-05, b-15, 2 b) (05) Print the measured ISHavg on LCD with...
Calculate the value of R in the circuit below if i0 =
100mA
R 2 k2 3.5 kQ + 100 V 6 kQ 800
Q6: In the circuit shown in Figure-6, assume the initial conditions, i0-0 and v(0)-0.The input, Vin is a step voltage of 5V at t20. (i Draw the Laplace Transformed circuit of the network at t20. (i Find Laplace function, Vou s). (iii) Solve for Vourt) [61 2? 4? Vin-5u(t) 0.2F 0.5H v out Figure-6 4
D Question 6 1 pts 9-10*N 15 10 N 10*N 23-10 N