Detectors.page

* [S3 specs](/s-detectors-specs.pdf) 

* [S3 PCB Dimensions](/A-3329.pdf) 

* [Detailed drawing of W1 profile (with dimensions)](/w1 profile p2.pdf). According to Neil from Micron Semiconductors, the height of the oxide is $\approx 1$ $\mu$m and the depth of the deep doping is $\approx 500$ nm.

* NIM paper from 2013 discussing interstrip effects in W1 detectors: [Torresi et al.](/torresi2013.pdf)

* Neil could not provide us with a detailed drawing of the S3 profile. However, he gave this description: <i>The S3 detector is a little more complicated in terms of the layer structure on the front when compared to the W1 as uses a double metal process.  However, the junction implant is  only a type 2 with a 0.5um depth.  On top of silicon junction is metal 1 at 0.6 um, then 3.5 um of PECVD oxide to separate this from M2 which is 1.5 um where it occurs.  So total of 6.1 um where metal 2 is (just fan-our areas) and 4.6 um on most of front surface.  Back is the same as a W1 with 0.2 - 0.3 um metal on the 0.4 um implant layer.</i> He also informed us that the inter-spoke spacing is 100 um (with a central 40 um common p-stop between spokes).

* Link to Microns own spec [sheets](/micron.pdf).

# W1 (MSX25 compatible)

[Technical drawing](detector_spec/drawings/w1.pdf)

| ID  | YEAR PURCHASED | SPEC SHEET | THICKNESS (um) | DEADLAYER F/B (um) | BIAS (V) | LEAKAGE (uA) | JSON FILE | PHYSICAL LOCATION | COMMENTS |
| :---          | :---: | :---: | :---: | :---: | :---: | :---:    | :---:    | :---:  | :---:         |
| AUW1_50_00    | -     | -     | 55    | -/-  | -     | -     | [link](https://git.kern.phys.au.dk/ausa/ausalib/blob/master/res/Detectors/AUW1_50_00.json) | Aarhus | -             |
| AUW1_50_01    | -     | -     | 55    | -/-  | -     | -     | [link](https://git.kern.phys.au.dk/ausa/ausalib/blob/master/res/Detectors/AUW1_50_01.json) | Aarhus | -             |
| AUW1_500_00   | -     | -     | 524   | -/-  | -     | -     | [link](https://git.kern.phys.au.dk/ausa/ausalib/blob/master/res/Detectors/AUW1_500_00.json) | Aarhus | -             |
| AUW1_60_00    | 2008  | link  | 65    | -/-  | -40   | 0.300 | [link](https://git.kern.phys.au.dk/ausa/ausalib/blob/master/res/Detectors/AUW1_60_00.json) | Aarhus | used in IS999 |
| AUW1_60_01    |   |   | ~60    | -/-  | -20   | 0.189 | [link](https://git.kern.phys.au.dk/ausa/ausalib/blob/master/res/Detectors/AUW1_60_01.json) | Aarhus |  |
| AUW1_60_02    |   |   | ~60    | -/-  | -20   | 0.189 | [link](https://git.kern.phys.au.dk/ausa/ausalib/blob/master/res/Detectors/AUW1_60_02.json) | Aarhus |  |
| AUW1_65_00    | 2017  | [link](/AUW1_65_00_specs.pdf) | 68 | -/-  | -   | - | - | Aarhus | Wafer no. 2846-5. Not tested yet |
| AUW1_65_01    | 2017  | [link](/AUW1_65_01_specs.pdf) | 70 | -/-  | -   | - | - | Aarhus | Wafer no. 3187-1. Not tested yet |

# S3

[Technical drawing 1](detector_spec/drawings/s3.pdf)

[Technical drawing 2](detector_spec/drawings/s3_special.pdf)

| ID | YEAR PURCHASED | SPEC SHEET | THICKNESS (um) | DEADLAYER F/B (um) |  BIAS (V) | LEAKAGE (uA) | JSON FILE | PHYSICAL LOCATION | COMMENTS |
| :---           | :---: | :---: | :---: | :---: | :---:   | :---:    | :---:    | :---:         | :---:    |
| [AUS3_322_00](dets/AUS3_322_00)    | 2005  | -     | 320   | -/-   | -200  | 1.000   | [link](https://git.kern.phys.au.dk/ausa/ausalib/blob/master/res/Detectors/AUS3_322_00.json) | Aarhus        | ring 7 dead   |
| [AUS3_1000_00](dets/AUS3_1000_00)   | -     | -     | 1038  | -/-   | -     | -       | [link](https://git.kern.phys.au.dk/ausa/ausalib/blob/master/res/Detectors/AUS3_1000_00.json) | Aarhus        | -             |
| AUS3_1000_01   | 2016     | [link](/AUS3_1000_01.pdf)     | 1039  | -/-   | -     | -       | [link](https://git.kern.phys.au.dk/ausa/ausalib/blob/master/res/Detectors/AUS3_1000_01.json) | Aarhus        | -             |
| AUS3_60_00     | -     | -     | 64    | -/-   | -     | -       | [link](https://git.kern.phys.au.dk/ausa/ausalib/blob/master/res/Detectors/AUS3_60_00.json) | Aarhus        | -             |

# Pads / MSX25 (modified W1 design)

[Technical drawing](detector_spec/drawings/msx25_special.pdf)

| ID | YEAR PURCHASED | SPEC SHEET | THICKNESS (um) | DEADLAYER F/B (um) |  BIAS (V) | LEAKAGE (uA) | JSON FILE | PHYSICAL LOCATION | COMMENTS |
| :---           | :---: | :---: | :---: | :---: | :---:   | :---:    | :---:    | :---:         | :---:    |
| AUPAD_1458_00     | -     | -     | 1458    | -/-   | -     | -       | [link](https://git.kern.phys.au.dk/ausa/ausalib/blob/master/res/Detectors/AUPAD_1458_00.json) | Aarhus        | -             |
| MD0002     | -     | -     | ~1500    | -/-   | -     | -       | [link](https://git.kern.phys.au.dk/ausa/ausalib/blob/master/res/Detectors/MD0002.json) | Aarhus        | Big scratch             |
| AUPAD_1500_01     | 2017     | [link](/pads_data_sheets_OK_sep2017.pdf)     | 1497    | -/-   | -     | -       | - | Aarhus        |              |
| AUPAD_1500_02     | 2017     | [link](/pads_data_sheets_OK_sep2017.pdf)     | 1490    | -/-   | -     | -       | - | Aarhus        |              |

# BB7

[Technical drawing](detector_spec/drawings/bb7.pdf)

| ID | YEAR PURCHASED | SPEC SHEET | THICKNESS (um) | DEADLAYER F/B (um) |  BIAS (V) | LEAKAGE (uA) | JSON FILE | PHYSICAL LOCATION | COMMENTS |
| :---           | :---: | :---: | :---: | :---: | :---:   | :---:    | :---:    | :---:         | :---:    |
| [AUBB7_140_00](dets/AUS3_322_00)    | 2017  | [link](/AUBB7_140_00.pdf)     | 140   | -/-   | -60  | 0.1   | [link](https://git.kern.phys.au.dk/ausa/ausalib/blob/master/res/Detectors/AUBB7_140_00.json) | Aarhus        | -             |

# Clovers at IDS
The Clover detectors used at the Isolde Decay Station are of the so-called EUROBALL type.

Each detector consists of four HPGe crystals, and each crystal has a diameter of 50 mm and a length of 70 mm (see page 3 in [this document](/c39840_clover_detector_super_spec_3.pdf)).

# Others

[Technical drawing of regular MSX25](detector_spec/drawings/msx25.pdf)

[Technical drawing of different W design](detector_spec/drawings/w.pdf)