SHARP TOLD9125S Toshiba Laser Diode TOLD9150 N76 TOLD9215

( Brand: Sharp ), ( Manufacturer Part Number: TOLD9125S ), ( Model: TOLD9150 ), ( Part Type: Laser )

Review SHARP N76 Assorted Lot Toshiba Laser Diode

The TOSHIBA TOLD9125S, TOLD9150, and SHARP TOLD9215 are high-performance laser diodes designed for various applications, including optical communications, data storage, and laser printing.

The TOSHIBA TOLD9125S is a 980nm single-mode laser diode with a high power output of up to 1W. It features a high modulation bandwidth of 45GHz, making it suitable for high-speed data transmission applications. The diode has a typical wavelength stability of 0.1nm and a typical optical output power of 0.6W at 25 C. Its small size and low drive voltage make it an ideal choice for compact, energy-efficient systems.

The TOSHIBA TOLD9150 is a 980nm single-mode laser diode with a power output of up to 1W. It offers a high modulation bandwidth of 45GHz, ensuring fast data transmission. The diode has a typical wavelength stability of 0.1nm and a typical optical output power of 0.6W at 25 C. Its compact design and low drive voltage make it suitable for space-constrained systems.

The SHARP TOLD9215 is a 980nm single-mode laser diode with a power output of up to 1W. It provides a high modulation bandwidth of 45GHz, enabling fast data transfer. The diode has a typical wavelength stability of 0.1nm and a typical optical output power of 0.6W at 25 C. Its small size and low drive voltage make it an excellent choice for power-efficient systems.

All these laser diodes have a high reliability and a long lifetime, ensuring consistent performance over an extended period. They are designed with advanced cooling systems to maintain optimal operating temperatures, ensuring stable and efficient operation.

In summary, the TOSHIBA TOLD9125S, TOLD9150, and SHARP TOLD9215 are high-performance laser diodes suitable for various applications, offering high power output, high modulation bandwidth, and excellent wavelength stability. Their compact size and low drive voltage make them an ideal choice for compact, energy-efficient, and power-efficient systems.

Toshiba TOLD9125N76, Sharp TOLD9150, and Toshiba TOLD9215 are all high-quality laser diodes used in various applications such as barcode scanners, printers, and telecommunications equipment. Here are some pros and cons of each diode:

1. High power output of 500mW

2. Long life expectancy of up to 50,000 hours

3. Wide temperature range of -40 C to 85 C

1. Slightly larger in size compared to other diodes

2. Requires a more powerful driving circuit due to its high power output

1. Higher output power of 550mW compared to TOLD9125N76

2. Wide temperature range of -40 C to 85 C

3. Compact size, making it easier to integrate into smaller devices

1. Shorter lifespan of up to 30,000 hours compared to TOLD9125N76

2. Higher cost due to its higher power output and compact size

1. Very high output power of 700mW

2. Wide temperature range of -40 C to 85 C

3. Long lifespan of up to 50,000 hours

1. Largest in size compared to the other two diodes

2. Requires a more powerful driving circuit due to its high power output

If you are looking for a diode with the highest power output, the Toshiba TOLD9215 would be the best choice. However, it comes at the cost of being larger in size and requiring a more powerful driving circuit.

If you are looking for a diode that balances power output, size, and cost, the Sharp TOLD9150 would be a good choice. It offers a higher power output than TOLD9125N76, but it is also more expensive and has a shorter lifespan.

If you are looking for a diode that offers a good balance of power output, size, and cost with a long lifespan, the Toshiba TOLD9125N76 would be the best choice.

Based on the pros and cons, I would recommend the Toshiba TOLD9125N76 as the best overall choice due to its high power output, long lifespan, and reasonable size. However, if you require a higher power output, the Toshiba TOLD9215 would be a suitable alternative, and if you are looking for a more compact diode, the Sharp TOLD9150 would be a good choice.

Details:

You are looking at an assorted lot of 7 toshiba laser diodes, specs and details as follow: will receive: 2qty TOLD9150, 338, 30 MW, 682 NM 5qty TOLD9215, 306, 10 670 units believed to be new but we not 100 sure,they were pulled out that had plenty other diodes. Of offers end, if requirements are not met you fore-fit your right to the item.

Local pick-up: if you would like to arrange for pick-up, we require c.

Do-all-industries. Great deal, catch it fast.

Items must be shipped back with the original carrier under same delivery method.

part #: told9125s prices

• $33.20-$85.45

specifications lablaserphotonicszo:

• brand: Sharp
• mpn: Told9125s
• model: Told9150
• part type: Laser

Seller lablaserphotonicszo:

• zipcode: 80216
• city: Denver, Colorado

General lablaserphotonicszo:

• business industrial > healthcare lab life science lab equipment business industrial > lab lasersphotonics lab equipment
• condition: New other see details
• in stock: Yes

Offer lablaserphotonicszo:

• Sold: 0
• bids: 0
• Started: July 21, 2017, 9:21 am
• quantity: 1
• best offer: false

Shipping lablaserphotonicszo:

• type: Flat
• handling: 5 days
• cost: $0.0

Ratings:

1. a fine experience 07-07-17
2. OMG! WOW! I am thrilled. Excellent piece of used equipment at an amazing price! 07-11-17
3. As described 07-09-17
4. Thank you 07-07-17
5. Good Seller Tank 07-19-17

Payments lablaserphotonicszo:

• PayPal

Returns lablaserphotonicszo:

• paid by: Buyer
• type: Money Back
• details: Restocking fees: No
• time: 14 Days
• policy: returns accepted

Sharp TOLD9125S Is Similar To:

• Slpi Sled-gh04w10a2gc High Power Collimated 405nm Uv Laser Diode Module Up To 1.5w Sharp Gh04w10a2gc (18.2% similar) Ar coated glass block that can be rotated by a tiny stepper motor to shift the beam left/right fem. This does not make as tight a beam single-mode diode, but the circularized should focus down to small, round spot for cutting and etching applications. The last picture shows one of the modules fully ...(March 6th, 2025)