All resistors are 0,25W 
R1=10K
R2=10
R3=470
R5=0,22
(I recommend to use 0,47 Ohm or even 1 Ohm for first tests instead of 0.22,
 to protects the MC34063,However charge time for the capacitor will be longer.
Once the capacitor charges quickly to 160V you can reduce the resistor.)
R8=180
R9=1K
R10=2,4K**
R11=300K**
R12=330
R14=3,3K
!==> R15: For ATtiny2313, R15 is replaced by 0.1uF capacitor <==
R16=3,3K
R17=4,7K
R18=4,7K

C1=47nF
C2=1,5µF, 400V  (at least 250Vdc)
C3=1,5nF
C4=2,2µF, 100V
! ==> C5: For ATtiny2313, C5 is replaced by 1k resistor <==
C6=470µF, 25V
C7=100nF
C8=15pF
C9=15pF
C10=10µF, 25V
C11=100nF

D1:1N4005
D2:1N4148
D3:BA189
D4:1N4148
D5:1N4148
D6:1N4148

IC3 attiny2313

Q1:BC327
!==> Q2:crystal: For ATtiny2313, 24Mhz is replaced by 20Mhz <==

T1: any power SCR (Thyristor),
TYN1012, BT151-800, test it out!

(better mount a heatsink on the MC34063)

L1: transformer from Conrad Electronics,
order #:51 66 43-88
Pri: 25 turns 0.5mm wire
sec: 160 turns 0,15mm wire
IMPORTANT: Leave little space 
between ferrit halves (piece of paper on ONE Side)


**: Tolerance 2%