Electronic Components Inventory (2019/2020): Difference between revisions

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In November 2019, as part of the Hack The Space days, we started clearing out and reorganising all of the electronics components we have. As part of that, we're logging all (well, most of) the parts we have in the space at this time, so we have a better idea of what we have to hand and what we might be short on.
{{also|Electronics components|Component Sorting}}
In November 2019, as part of the [[Hack the Space Days/16th-17th Nov 2019|Hack The Space days]], we started clearing out and reorganising all of the electronics components we have. As part of that, we're logging all (well, most of) the parts we have in the space at this time, so we have a better idea of what we have to hand and what we might be short on.


== Re-labelling ==
== Re-labelling ==
Line 7: Line 8:
=== Resistors ===
=== Resistors ===


As of November 2019 the drawers are labelled with E12 series values and a secondary common value that might fit in. Unfortunately this has lead to a lot of parts going in the wrong drawers due to ambiguity. Instead, we should simply list the E12 series value but with a greater-than-or-equal-to symbol (≥) in front of it.
As of November 2019 the drawers are labelled with [[wikipedia:E_series_of_preferred_numbers|E12]] series values and a secondary common value that might fit in. Unfortunately this has lead to a lot of parts going in the wrong drawers due to ambiguity. Instead, we should simply list the E12 series value but with a greater-than-or-equal-to symbol (≥) in front of it.


=== Capacitors ===
=== Capacitors ===
Line 13: Line 14:
Standard series values should continue to be useful for caps, as they usually have wide tolerances (e.g. +80/-20) making precise labelling fairly pointless.
Standard series values should continue to be useful for caps, as they usually have wide tolerances (e.g. +80/-20) making precise labelling fairly pointless.


= Inventory =
=== ICs, PSU and Resistor Networks ===
{{main|Electronics components}}
ICs in tubes are now mounted on the wall near the [[Electronics Area]]. We have not decided if/how to label them.


The counts here are rough and are only designed to give an overview of stock levels.
== Inventory ==


== Resistors (Fixed Value, Through Hole) ==
The counts here are rough and are only designed to give an overview of stock levels. They are in draws in the [[Electronics Area]].


{| class="wikitable"
=== Resistors (Fixed Value, Through Hole) ===
 
{| class="wikitable mw-collapsible mw-collapsed"
|-
|-
! Value !! Quantity @ Nov 2019
! Value !! Quantity @ Nov 2019
Line 175: Line 180:
| >10M || 0
| >10M || 0
|}
|}
=== Potentiometers ===
{| class="wikitable"
|-
! Value !! Quantity @ Nov 2019
|-
| 10K/100K 1/8" || 10
|-
| 22K 1/8" || 10
|-
| Misc Pots || 20
|-
| 10K Trimmmers || 100
|-
|}
=== Capacitors ===
Capacitors here are mostly ceramic nonpolar type. The ± symbol after a value indicates that it is a polar capacitor, e.g. aluminium electrolytic type.
{| class="wikitable mw-collapsible mw-collapsed"
|-
! Value !! Quantity @ Nov 2019
|-
| 10pF || 50
|-
| 22pF || 25
|-
| 33pF || 0
|-
| 47pF || 25
|-
| 56pF || 0
|-
| 68pF || 10
|-
| 82pF || 0
|-
| 100pF || 50
|-
| 220pF || 25
|-
| 330pF || 0
|-
| 470pF || 5
|-
| 560pF || 5
|-
| 680pF || 0
|-
| 820pF || 1
|-
| 1nF || 50
|-
| 2.2nF || 50
|-
| 3.3nF || 0
|-
| 4.7nF || 25
|-
| 5.6nF || 0
|-
| 6.8nF || 0
|-
| 8.2nF || 0
|-
| 10nF || 50
|-
| 22nF || 50
|-
| 33nF || 10
|-
| 47nF || 10
|-
| 56nF || 0
|-
| 68nF || 0
|-
| 82nF || 0
|-
| 100nF || 100
|-
| 220nF || 50
|-
| 330nF || 0
|-
| 470nF || 10
|-
| 560nF || 0
|-
| 680nF || 0
|-
| 820nF || 0
|-
| 0.47μF ± || 1
|-
| 1μF ± || 10
|-
| 2.2μF ± || 25
|-
| 3.3μF ± || 15
|-
| 4.7μF ± || 100
|-
| 5.6μF ± || 0
|-
| 6.8μF ± || 0
|-
| 8.2μF ± || 0
|-
| 10μF ± || 0
|-
| 22μF ± || 25
|-
| 33μF ± || 10
|-
| 47μF ± || 50
|-
| 56μF ± || 0
|-
| 68μF ± || 0
|-
| 82μF ± || 0
|-
| 100μF ± || 100
|-
| 220μF ± || 10
|-
| 330μF ± || 2
|-
| 470μF ± || 5
|-
| 560μF ± || 0
|-
| 680μF ± || 0
|-
| 820μF ± || 3
|-
| 1000μF ± || 5
|-
| 2200μF ± || 3
|-
| 3300μF ± || 0
|-
| 4700μF ± || 3
|-
| 5600μF ± || 0
|-
| 6800μF ± || 0
|-
| 8200μF ± || 0
|-
|}
=== SMT Resistors ===
{| class="wikitable sortable mw-collapsible mw-collapsed"
|-
! data-sort-type=number | Value
! data-sort-type=number | Tolerance
! data-sort-type=number | Size
! Location
! Quantity @ Nov 2019
|-
| 0 || 5% || 1206 || SMD Box #1 || 1 reel, 90% full
|-
| 47 || 5% || 1206 || SMD Box #2 || 1 reel, 90% full
|-
| 100 || 5% || 1206 || SMD Box #2 || 1 reel, 95% full
|-
| 680 || ? || 0805 || SMD Box #2 || 1 reel, 95% full
|-
| 1000 (1.0K) || 5% || 1206 || SMD Box #1 || 1 reel, 90% full
|-
| 1300 (1.3K) || 5% || 1206 || SMD Box #1 || 1 reel, 20% full
|-
| 1800 (1.8K) || 5% || 1206 || SMD Box #2 || 1 reel, 30% full
|-
| 1800 (1.8K) || 5% || 1206 || SMD Box #1 || Cut tape, ~1200
|-
| 2200 (2.2K) || 5% || 1206 || SMD Box #2 || 1 reel, 75% full
|-
| 4700 (4.7K) || 5% || 1206 || SMD Box #2 || 1 reel, 25% full
|-
| 5600 (5.6K) || 5% || 1206 || SMD Box #1 || 1 reel, 50% full
|-
| 8200 (8.2K) || 5% || 1206 || SMD Box #1 || 1 reel, 100% full
|-
| 8200 (8.2K) || 5% || 0805 || SMD Box #1 || Cut tape, ~1000
|-
| 10000 (10K) || 5% || 1206 || SMD Box #2 || 2 reels (10% full, 30% full)
|-
| 10000 (10K) || 2% || 1206 || SMD Box #1 || 1 reel, 60% full
|-
| 47000 (47K) || 5% || 1206 || SMD Box #2 || 3 reels (10% full, 25% full, 30% full)
|-
|}
There are also a bunch of small cut strips of 0805 resistors in SMT Box #1.
=== SMT Ceramic Capacitors ===
{| class="wikitable"
|-
! Value !! Voltage !! Tolerance !! Size !! Location !! Quantity @ Nov 2019
|-
| 330pF || 50V || 5% || 1206 || SMD Box #2 || 1 reel, 20%
|-
|}
=== SMT Diodes ===
{| class="wikitable sortable"
|-
! Part Number !! Forward Voltage (Vf) !! Forward Current (If) !! Max Power !! Case Style !! Location !! Quantity @ Nov 2019
|-
| BZV55 || 0.9V || 250mA || 500mW || SOD80C || SMD Box #2 || Tape, ~900
|-
| BZV55 || 0.9V || 250mA || 500mW || SOD80C || SMD Box #1 || Tape, ~1100
|-
|}
=== SMT Transistors ===
{| class="wikitable sortable"
|-
! Part Number !! Drain-Source Voltage (Vds) !! Current Limit !! On Resistance (Rds-on) !! Gate Threshold (Vgs max) !! Case !! Quantity !! Location !! Comment
|-
| ZXMS6004DT8 || 60V || 1.2A || 500mΩ || 1.5V || SM8 || 5 || SMD Box #2 || Dual MOSFET with ESD, current, voltage, and temperature protection. [https://www.diodes.com/assets/Datasheets/ZXMS6004DT8.pdf Datasheet].
|-
| BC847AW || 45V || 100mA || ? || 0.6V || SOT323 / SC-70 || ~90 || SMD Box #1 || General Purpose NPN
|-
|}
=== SMT ICs ===
{| class="wikitable"
|-
! Part Number !! Manufacturer !! Function !! Case !! Quantity !! Location
|-
| NE555 || ST Micro || Timer || SO-8 || 22 || SMT Box #1
|-
|}
There are also 3 bags of mixed ICs in SMT Box #1.
[[Category:Consumables]]
[[Category:Electronics]]

Latest revision as of 02:02, 27 November 2019

See also: Electronics components and Component Sorting

In November 2019, as part of the Hack The Space days, we started clearing out and reorganising all of the electronics components we have. As part of that, we're logging all (well, most of) the parts we have in the space at this time, so we have a better idea of what we have to hand and what we might be short on.

Re-labelling

As part of this process we will be re-labelling all of the drawers. The existing labels are getting a bit tatty and the text could stand to be improved. The following conventions have been suggested:

Resistors

As of November 2019 the drawers are labelled with E12 series values and a secondary common value that might fit in. Unfortunately this has lead to a lot of parts going in the wrong drawers due to ambiguity. Instead, we should simply list the E12 series value but with a greater-than-or-equal-to symbol (≥) in front of it.

Capacitors

Standard series values should continue to be useful for caps, as they usually have wide tolerances (e.g. +80/-20) making precise labelling fairly pointless.

ICs, PSU and Resistor Networks

Main article: Electronics components

ICs in tubes are now mounted on the wall near the Electronics Area. We have not decided if/how to label them.

Inventory

The counts here are rough and are only designed to give an overview of stock levels. They are in draws in the Electronics Area.

Resistors (Fixed Value, Through Hole)

Value Quantity @ Nov 2019
1R 20
1.2R 0
1.5R 0
1.8R 0
2.2R 20
2.7R 0
3.3R 0
3.9R 20
4.7R 20
5.6R 20
6.8R 0
8.2R 20
10R 20
12R 0
15R 100
18R 25
22R 100
27R 20
33R 100
39R 10
47R 100
56R 2
68R 50
82R 20
100R 200
120R 20
150R 10
180R 0
220R 100
270R 20
330R 50
390R 50
470R 100
560R 10
680R 100
820R 20
1K 100
1.2K 10
1.5K 20
1.8K 10
2.2K 50
2.7K 50
3.3K 100
3.9K 50
4.7K 50
5.6K 200
6.8K 100
8.2K 50
10K 50
12K 25
15K 300
18K 50
22K 200
27K 50
33K 100
39K 100
47K 200
56K 500
68K 200
82K 20
100K 20
120K 50
150K 50
180K 50
220K 100
270K 20
330K 150
390K 100
470K 100
560K 50
680K 100
820K 100
1M+ 100
3.3M+ 50
6.8M+ 200
>10M 0

Potentiometers

Value Quantity @ Nov 2019
10K/100K 1/8" 10
22K 1/8" 10
Misc Pots 20
10K Trimmmers 100

Capacitors

Capacitors here are mostly ceramic nonpolar type. The ± symbol after a value indicates that it is a polar capacitor, e.g. aluminium electrolytic type.

Value Quantity @ Nov 2019
10pF 50
22pF 25
33pF 0
47pF 25
56pF 0
68pF 10
82pF 0
100pF 50
220pF 25
330pF 0
470pF 5
560pF 5
680pF 0
820pF 1
1nF 50
2.2nF 50
3.3nF 0
4.7nF 25
5.6nF 0
6.8nF 0
8.2nF 0
10nF 50
22nF 50
33nF 10
47nF 10
56nF 0
68nF 0
82nF 0
100nF 100
220nF 50
330nF 0
470nF 10
560nF 0
680nF 0
820nF 0
0.47μF ± 1
1μF ± 10
2.2μF ± 25
3.3μF ± 15
4.7μF ± 100
5.6μF ± 0
6.8μF ± 0
8.2μF ± 0
10μF ± 0
22μF ± 25
33μF ± 10
47μF ± 50
56μF ± 0
68μF ± 0
82μF ± 0
100μF ± 100
220μF ± 10
330μF ± 2
470μF ± 5
560μF ± 0
680μF ± 0
820μF ± 3
1000μF ± 5
2200μF ± 3
3300μF ± 0
4700μF ± 3
5600μF ± 0
6800μF ± 0
8200μF ± 0

SMT Resistors

Value Tolerance Size Location Quantity @ Nov 2019
0 5% 1206 SMD Box #1 1 reel, 90% full
47 5% 1206 SMD Box #2 1 reel, 90% full
100 5% 1206 SMD Box #2 1 reel, 95% full
680 ? 0805 SMD Box #2 1 reel, 95% full
1000 (1.0K) 5% 1206 SMD Box #1 1 reel, 90% full
1300 (1.3K) 5% 1206 SMD Box #1 1 reel, 20% full
1800 (1.8K) 5% 1206 SMD Box #2 1 reel, 30% full
1800 (1.8K) 5% 1206 SMD Box #1 Cut tape, ~1200
2200 (2.2K) 5% 1206 SMD Box #2 1 reel, 75% full
4700 (4.7K) 5% 1206 SMD Box #2 1 reel, 25% full
5600 (5.6K) 5% 1206 SMD Box #1 1 reel, 50% full
8200 (8.2K) 5% 1206 SMD Box #1 1 reel, 100% full
8200 (8.2K) 5% 0805 SMD Box #1 Cut tape, ~1000
10000 (10K) 5% 1206 SMD Box #2 2 reels (10% full, 30% full)
10000 (10K) 2% 1206 SMD Box #1 1 reel, 60% full
47000 (47K) 5% 1206 SMD Box #2 3 reels (10% full, 25% full, 30% full)

There are also a bunch of small cut strips of 0805 resistors in SMT Box #1.

SMT Ceramic Capacitors

Value Voltage Tolerance Size Location Quantity @ Nov 2019
330pF 50V 5% 1206 SMD Box #2 1 reel, 20%

SMT Diodes

Part Number Forward Voltage (Vf) Forward Current (If) Max Power Case Style Location Quantity @ Nov 2019
BZV55 0.9V 250mA 500mW SOD80C SMD Box #2 Tape, ~900
BZV55 0.9V 250mA 500mW SOD80C SMD Box #1 Tape, ~1100

SMT Transistors

Part Number Drain-Source Voltage (Vds) Current Limit On Resistance (Rds-on) Gate Threshold (Vgs max) Case Quantity Location Comment
ZXMS6004DT8 60V 1.2A 500mΩ 1.5V SM8 5 SMD Box #2 Dual MOSFET with ESD, current, voltage, and temperature protection. Datasheet.
BC847AW 45V 100mA ? 0.6V SOT323 / SC-70 ~90 SMD Box #1 General Purpose NPN

SMT ICs

Part Number Manufacturer Function Case Quantity Location
NE555 ST Micro Timer SO-8 22 SMT Box #1

There are also 3 bags of mixed ICs in SMT Box #1.

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