Six months of toil

coxcyre27d

compartments in one box, each compartment with individual lid and label, the value of each resistor is marked on each label. This resistor kit comes with 492 x 100 = 49200 PC 0603 1% resistors and an enclosure, all resistors are distributed in this patented enclosure.
: F1 i, i; h: ?! A/surface-mount-0603-1-e96-resistor-kit-492-x100pc-rohs-distributed-in-4-box-all
* N2 _7 b  B5 iOutside size: 22.4cm (8.7") x 14.5 cm (5.7") x 3.8 cm (1.5")
/surface-mount-0603-1-e96-resistor-kit-492-x100pc-rohs-distributed-in-4-box-all
Each compartment measures 0.72" (h) x 0.657" (W) x 0.4"(d) or 18.3mm (h) x 16.7mm (W) x 10.2mm (d), can hold up to 300pcs of 1206 size resistors/capacitors
Containing 492 values in the EIA Standard E-96 series from 0ohm to 10M;
iboxall.com
: \5 @8 c4 ^& Y5 KThose resistor are 1% ±100ppm/°C thick film surface mount resistors separately stored in BOX-ALL enclosures.
Easy and qui492 values 0603 size 1% 100PC/Value Resistor Kit distributed in patented BOX-ALL Enclosure
$ B, b" S+ z6 \* wtotal 49200 pcs of 1% resistor  from 0 ohm to 10M (RoHS compliance)
492 values of 1% resistors sitting in 4 units of 144 compartments BOX-ALL enclosure, it is a Great way to organize surface Mount Components, BOX-ALL enclosure includes total 491 ck access for all 492 values inside the box
+ ~0 ^) }' z, Z. P; rLight, Portable, around 500g with all compartments filled
Easy to transport the enclosure to other places.
put it on a shelf to keep the bench top clean.
Certified by RoHS regulations
Easy and quick access to each value, save time, space, save 80% compared with retail price for all these resistors;
2 y. C) e( L- c# p; M7 g' G Free Tweezers;
Free A8910 SMD Auto scan RC meter and free upgrade to express mail shipping for $500+ RC Kits orders
4 z- F' e* I0 ?" j% mA8910 Auto scan RC meter ebay item#  220861683292, valued as $39.99
Weight: around 550g
. U1 u" l/ P. P! j
to get the value list:
! R4 y# a+ u7 X# l( A. z492 Values  0603 R96 series resistor Kit
6 X# O" O+ P6 K! t+ s, Y: P
Thick Film Chip Resistors Specification:

0201        0.60±0.03        0.30±0.03        0.10±0.05        0.15±0.05        0.25±0.05         
0402        1.00 +0.10
-0.05        0.50±0.05        0.20±0.10        0.25±0.10        0.35±0.05
* S& j  G  b5 K4 {% v0603        1.60±0.10        0.80±0,smd infrared led.10        0.30±0.20        0.30 +0.2
. }- ^# }- E5 l: P$ j3 t$ e-0.1        0.45±0.10
6 q. @$ A% ?& ]8 d+ G% x0805        2.00±0.10        1.25±0.10        0.40±0.20        0.40±0.20        0.50±0.10
; r1 Y* b6 N9 l4 d1206        3,calibration of thermocouple.10±0.10        1.55±0.10        0.50±0.30        0.40±0.20        0.60±0.10

& {) y6 A( H" M- ^
: Chip Resistors        02:0201(0603) 1/20W
- W) v& s% k0 [* Z  ~3 w4 S04:0402(1005) 1/16W
! w6 C2 v$ }8 E06:0603(1608) 1/10W
5 v1 b( W! P* Q5 q4 H10:0805(2012) 1/8W
1 e( C; z. x2 P9 V/ f12:1206(3216) 1/4W
+ J; ?7 @9 p7 U0 W$ l( z0 j4 B# N0 T13:1210(3226) 1/3W
20:2010(5025) 1/2W
# x6 Y* F% ?) q! U& b7 U25:2512(6432) 1 W       
F- ± 1%
, H! ~) D" t. ~2 E+ ?: C$ t, f         T-Paper Tape
E-Embossed Tape
. N' t5 h  m  c+ C, HB-Bulk Cassette
/ A" z7 K$ U: v. x* |8 R+N: Lead-Free
Special
L : 06 – 2mm pitch paper Tape        3 digits, e.g.,:
' H1 d* n: O# j( h: Z) ]' y(E-24) 103 = 10k Ω
0 = 0 Ω
$ u. \; H0 V6 A) i4 digits, e.g., :
) t5 Y* K, {! \$ b( a& G(E-96) 1540 = 154 Ω
43R2 = 43.2 Ω


0 V) c1 k! D& Q5 o9 t9 k  L1 ^  ~Size        Power Rating at 70℃        Rating Voltage        Max. Working Voltage        Max. Over- Load Voltage        T.C.R (PPM/℃)        Resistance Range(Ω)
B(±0.1%) E-96&E-24        D(±0.5%) E-96&E-24        F(±1%) E-96&E-24        G(±2%) E-24        J(±5%) E-24
0201        1/20W        Refer
5.2        25V        50V        ±200        　        100Ω -10KΩ        10Ω -1MΩ        10Ω -1MΩ        10Ω -10MΩ
! l2 _4 w+ H1 B* b% c$ }+600
3 ]5 G; e. P4 u" Y/ D9 ]-200        　        　        1-9.1Ω        　        1-9.1Ω
0402        1/16W        Refer
# r: i1 ~5 \% Q7 o  J9 E3 I. C1 L6 r5.2        50V        100V        ±100        100Ω ~200KΩ        100Ω ~1MΩ        100Ω ~1MΩ        　        　
±200        10Ω≦R<100Ω        10Ω≦R<100Ω        10Ω≦R<100Ω
1MΩ<R≦10MΩ        10Ω-10MΩ        10Ω-10MΩ
+ i4 h: i# y. k( `! K8 P# B  A+500
-200        　        　        1Ω-9.1Ω        1Ω-9.1Ω        1Ω-9.1Ω
" M- Y( F& v1 `7 V+ l$ f( @0603        1/10W        Refer
3 f0 f8 g% r, D) _4 _7 {2 S5.2        50V        100V        ±100        10Ω-560kΩ        10Ω-1MΩ        10Ω-1MΩ        　        　
±200        　        　        1M<R≦10MΩ        10Ω-10MΩ        10Ω-10MΩ
( ~6 A9 a* k5 a) m: U# W! ^6 z+ O±400        　        10MΩ≦R≦20MΩ        1Ω-9.1Ω        1Ω-9.1Ω        1Ω-9.1Ω
10MΩ<R≦20MΩ
$ O3 v: F' T' m  I0805        1/8W        Refer
: @* n# A& M$ ?7 }( [5.2        150V        300V        ±100        10Ω-560kΩ        10Ω-1MΩ        10Ω-1MΩ        　        　
±200        　        　        1M<R≦10MΩ        10Ω-10MΩ        10Ω-10MΩ
±400        　        　        1Ω-9.1Ω        1Ω-9.1Ω        1Ω-9.1Ω
$ [6 N! i5 m4 z2 C( E0 y10MΩ<R≦20MΩ
+ `  L! a% o2 [2 |: P1206        1/4W        Refer
7 P8 i$ q; D* p3 ]5.2        200V        400V        ±100        10Ω-560kΩ        10Ω-1MΩ        10Ω-1MΩ        　        　
±200        　        　        1M<R≦10MΩ        10Ω-10MΩ        10Ω-10MΩ
±400        　        　        1Ω-9.1Ω        1Ω-9.1Ω        1Ω-9.1Ω
" X) j, k2 w, T9 P; p' d8 y) ?  X10MΩ<R≦20MΩ