BOARD
0 1000 0 2500 2 1 0 0 5000 0
& end of obstacles
& end of high current signals

C1[PAIR3]100n
100 1100 3
R7_P
C1_N

C2[PAIR3]100n
900 1500 1
R11_N
C2_N

D1[PAIR1]18V
100 1300 0
*
R12_P

D2[PAIR1]15V
900 200 3
*
R13_P

R1[TO220B]20K
300 1600 2
V1_P
R1_N
*

R10[PAIR1]10K
200 2100 2
X2_inp
V1_P

R11[PAIR1]1Meg
700 1600 3
R1_N
R11_N

R12[PAIR1]330
400 1300 0
R12_P
R12_N

R13[PAIR1]1K
800 100 1
R13_P
V2_P

R2[PAIR1]10K
900 2100 3
X2_inp
*

R3[PAIR1]10K
100 2400 0
R3_P
R4_P

R4[PAIR1]10K
200 2300 2
R4_P
R8_P

R5[PAIR1]10K
200 2200 2
R8_P
V1_P

R6[PAIR1]1Meg
200 1800 2
R7_P
*

R7[PAIR1]1Meg
200 1900 2
R7_P
V1_P

R8[PAIR1]10K
100 2000 0
R8_P
*

R9[PAIR1]10K
900 2300 1
X2_out
R3_P

RL[PAIR1]PRODUCT
400 200 3
RF_OUT
X3_OUT

V1[PAIR1]28V
500 1600 3
V1_P
*

X1[DIL8]LF353
400 2400 3
R4_P
R8_P
R7_P
*
X2_inp
R3_P
X2_out
V1_P

X3[A01]POS100
800 400 1
R13_P
X3_OUT
*
*
*
*
*
R12_P

H1[HOLE25A]MOUNT
200 400 0
*

MOD_IN[PAD100]RG174
300 1000 0
C1_N

RF_OUT[PAD100]RG174
200 200 0
RF_OUT

JUMP2[TO220B]JUMP2
500 1800 0
R4_P
C2_N
X2_out

J1[TO220B]JUMP
900 1300 2
C1_N
R12_N
R11_N

V2[PAD100]WIRE
600 200 0
V2_P