61-6883-83 Broadband Quartz Waveplate 650-780nm Type λ/2 WPQW-65/78-2M
Features
- By combining two crystals with different wavelength characteristics of the phase difference, we achieved a zero-order waveplate with a small change in phase difference over a wide wavelength range.
- Because of the air gap type, it can also be used for high-power lasers.
- Since it is a zero-order waveplate, the change in phase difference due to temperature change is small and very stable.
- There are two types of wave plates: a 1/2 wave plate that can rotate the polarization direction and a 1/4 wave plate that can convert linearly polarized light into circularly polarized light.
- A total of four types are available: three infrared types with different bands and visibility types.
- The optical element is fixed to the frame so that stress is not applied to the element when it is held in the holder.
- Both sides of the two elements (four in total) are coated with anti-reflection coating, resulting in high transmittance.
- A Fresnel Rom Wavelength Plate (FRB) is also available.
- * Before use, make sure that the energy density of the incident laser beam does not exceed the laser capacity.
- * The thickness of the frame (6 mm) may vary depending on the device specifications.
- * When using a high-energy pulsed laser, use an air-gap type wave plate (WPQG).
- * Do not touch the screws on the waveplate frame.
- * The characteristics may deteriorate or the device may fall off.
- * If a strong impact is applied to the waveplate frame, the axis of the element may become misaligned.
SpecSpec class="init">
61-6883-83 Broadband Quartz Waveplate 650-780nm Type λ/2 WPQW-65/78-2M 【AXEL GLOBAL】<!--@[ss-27]@--> アズワン<!--@/[ss-27]@-->
Contact us
SIGMAKOKI CO., LTD.
61-6883-83 Broadband Quartz Waveplate 650-780nm Type λ/2 WPQW-65/78-2M
特徴
- By combining two crystals with different wavelength characteristics of the phase difference, we achieved a zero-order waveplate with a small change in phase difference over a wide wavelength range.
- Because of the air gap type, it can also be used for high-power lasers.
- Since it is a zero-order waveplate, the change in phase difference due to temperature change is small and very stable.
- There are two types of wave plates: a 1/2 wave plate that can rotate the polarization direction and a 1/4 wave plate that can convert linearly polarized light into circularly polarized light.
- A total of four types are available: three infrared types with different bands and visibility types.
- The optical element is fixed to the frame so that stress is not applied to the element when it is held in the holder.
- Both sides of the two elements (four in total) are coated with anti-reflection coating, resulting in high transmittance.
- A Fresnel Rom Wavelength Plate (FRB) is also available.
- * Before use, make sure that the energy density of the incident laser beam does not exceed the laser capacity.
- * The thickness of the frame (6 mm) may vary depending on the device specifications.
- * When using a high-energy pulsed laser, use an air-gap type wave plate (WPQG).
- * Do not touch the screws on the waveplate frame.
- * The characteristics may deteriorate or the device may fall off.
- * If a strong impact is applied to the waveplate frame, the axis of the element may become misaligned.
SpecSpec class="init">
61-6883-83 Broadband Quartz Waveplate 650-780nm Type λ/2 WPQW-65/78-2M 【AXEL GLOBAL】<!--@[ss-27]@--> アズワン<!--@/[ss-27]@-->
Contact us
SIGMAKOKI CO., LTD.
61-6883-83 Broadband Quartz Waveplate 650-780nm Type λ/2 WPQW-65/78-2M
特徴
- By combining two crystals with different wavelength characteristics of the phase difference, we achieved a zero-order waveplate with a small change in phase difference over a wide wavelength range.
- Because of the air gap type, it can also be used for high-power lasers.
- Since it is a zero-order waveplate, the change in phase difference due to temperature change is small and very stable.
- There are two types of wave plates: a 1/2 wave plate that can rotate the polarization direction and a 1/4 wave plate that can convert linearly polarized light into circularly polarized light.
- A total of four types are available: three infrared types with different bands and visibility types.
- The optical element is fixed to the frame so that stress is not applied to the element when it is held in the holder.
- Both sides of the two elements (four in total) are coated with anti-reflection coating, resulting in high transmittance.
- A Fresnel Rom Wavelength Plate (FRB) is also available.
- * Before use, make sure that the energy density of the incident laser beam does not exceed the laser capacity.
- * The thickness of the frame (6 mm) may vary depending on the device specifications.
- * When using a high-energy pulsed laser, use an air-gap type wave plate (WPQG).
- * Do not touch the screws on the waveplate frame.
- * The characteristics may deteriorate or the device may fall off.
- * If a strong impact is applied to the waveplate frame, the axis of the element may become misaligned.
仕様
- [
common specification]
- Material: Crystal MgF 2
- Frame material: Aluminum surface treatment: Black anodic oxide
- Effective range: 14 x 14mm
- Transmitted wavefront accuracy: λ/4 (substrate per 1 sheet)
- Beam polarization angle: ＜5″
- Coating: Double-sided reflective prevention film (4 faces)
- Transmittance: > Average 98%
- Scratch - dig: 20?10
- [Individual specification]
- Type: λ/2
- Adaptive wavelength λ: 650 - 780nm
- Retardation in the design (650nm): 325.3nm
- Retardation in the design (700nm): 352.7nm
- Retardation in the design (750nm): 376.9nm
- Retardation in the design (800nm): 398.8nm
- Laser durability *: 7J/cm2
- *Laser pulse width 10ns, Repeat frequency 20Hz
- RoHS conform product
-
Order No.
61-6883-83
型番
WPQW-65/78-2M
標準価格
JPY: 156,700
USD: 974.99
Excange rate 1USD= 160.72JPY
Valid price in Japan
入り数
1piece
在庫数
サプライヤ在庫
商品のバリエーション （サイズ違い・スペック違い・オプション品など）
商品イメージ
アズワン品番
商品名
型番
入り数
標準価格
標準価格(ドル)
アズワン在庫
[サプライヤ在庫]
61-6883-82
Broadband Quartz Waveplate 400-700nm Type λ/2 WPQW-VIS-2M
WPQW-VIS-2M
1piece
JPY: 156,700
USD: 974.99
61-6883-83
Broadband Quartz Waveplate 650-780nm Type λ/2 WPQW-65/78-2M
WPQW-65/78-2M
1piece
JPY: 156,700
USD: 974.99
61-6883-84
Broadband Quartz Waveplate 700-1000nm Type λ/2 WPQW-NIR-2M
WPQW-NIR-2M
1piece
JPY: 156,700
USD: 974.99
61-6883-85
Broadband Quartz Waveplate 1000-1600nm Type λ/2 WPQW-IR-2M
WPQW-IR-2M
1piece
JPY: 156,700
USD: 974.99
61-6883-86
Broadband Quartz Waveplate 400-700nm Type λ/4 WPQW-VIS-4M
WPQW-VIS-4M
1piece
JPY: 156,700
USD: 974.99
61-6883-87
Broadband Quartz Waveplate 650-780nm Type λ/4 WPQW-65/78-4M
WPQW-65/78-4M
1piece
JPY: 156,700
USD: 974.99
61-6883-88
Broadband Quartz Waveplate 700-1000nm Type λ/4 WPQW-NIR-4M
WPQW-NIR-4M
1piece
JPY: 156,700
USD: 974.99
61-6883-89
Broadband Quartz Waveplate 1000-1600nm Type λ/4 WPQW-IR-4M
WPQW-IR-4M
1piece
JPY: 156,700
USD: 974.99
61-6883-83 Broadband Quartz Waveplate 650-780nm Type λ/2 WPQW-65/78-2M
特徴
- By combining two crystals with different wavelength characteristics of the phase difference, we achieved a zero-order waveplate with a small change in phase difference over a wide wavelength range.
- Because of the air gap type, it can also be used for high-power lasers.
- Since it is a zero-order waveplate, the change in phase difference due to temperature change is small and very stable.
- There are two types of wave plates: a 1/2 wave plate that can rotate the polarization direction and a 1/4 wave plate that can convert linearly polarized light into circularly polarized light.
- A total of four types are available: three infrared types with different bands and visibility types.
- The optical element is fixed to the frame so that stress is not applied to the element when it is held in the holder.
- Both sides of the two elements (four in total) are coated with anti-reflection coating, resulting in high transmittance.
- A Fresnel Rom Wavelength Plate (FRB) is also available.
- * Before use, make sure that the energy density of the incident laser beam does not exceed the laser capacity.
- * The thickness of the frame (6 mm) may vary depending on the device specifications.
- * When using a high-energy pulsed laser, use an air-gap type wave plate (WPQG).
- * Do not touch the screws on the waveplate frame.
- * The characteristics may deteriorate or the device may fall off.
- * If a strong impact is applied to the waveplate frame, the axis of the element may become misaligned.
SpecSpec class="init">
61-6883-83 Broadband Quartz Waveplate 650-780nm Type λ/2 WPQW-65/78-2M 【AXEL GLOBAL】<!--@[ss-27]@--> アズワン<!--@/[ss-27]@-->
Contact us
SIGMAKOKI CO., LTD.
61-6883-83 Broadband Quartz Waveplate 650-780nm Type λ/2 WPQW-65/78-2M
特徴
- By combining two crystals with different wavelength characteristics of the phase difference, we achieved a zero-order waveplate with a small change in phase difference over a wide wavelength range.
- Because of the air gap type, it can also be used for high-power lasers.
- Since it is a zero-order waveplate, the change in phase difference due to temperature change is small and very stable.
- There are two types of wave plates: a 1/2 wave plate that can rotate the polarization direction and a 1/4 wave plate that can convert linearly polarized light into circularly polarized light.
- A total of four types are available: three infrared types with different bands and visibility types.
- The optical element is fixed to the frame so that stress is not applied to the element when it is held in the holder.
- Both sides of the two elements (four in total) are coated with anti-reflection coating, resulting in high transmittance.
- A Fresnel Rom Wavelength Plate (FRB) is also available.
- * Before use, make sure that the energy density of the incident laser beam does not exceed the laser capacity.
- * The thickness of the frame (6 mm) may vary depending on the device specifications.
- * When using a high-energy pulsed laser, use an air-gap type wave plate (WPQG).
- * Do not touch the screws on the waveplate frame.
- * The characteristics may deteriorate or the device may fall off.
- * If a strong impact is applied to the waveplate frame, the axis of the element may become misaligned.
仕様
- [
common specification]
- Material: Crystal MgF 2
- Frame material: Aluminum surface treatment: Black anodic oxide
- Effective range: 14 x 14mm
- Transmitted wavefront accuracy: λ/4 (substrate per 1 sheet)
- Beam polarization angle: ＜5″
- Coating: Double-sided reflective prevention film (4 faces)
- Transmittance: > Average 98%
- Scratch - dig: 20?10
- [Individual specification]
- Type: λ/2
- Adaptive wavelength λ: 650 - 780nm
- Retardation in the design (650nm): 325.3nm
- Retardation in the design (700nm): 352.7nm
- Retardation in the design (750nm): 376.9nm
- Retardation in the design (800nm): 398.8nm
- Laser durability *: 7J/cm2
- *Laser pulse width 10ns, Repeat frequency 20Hz
- RoHS conform product
-
Order No.
61-6883-83
型番
WPQW-65/78-2M
標準価格
JPY: 156,700
USD: 974.99
Excange rate 1USD= 160.72JPY
Valid price in Japan
入り数
1piece
在庫数
サプライヤ在庫
商品のバリエーション （サイズ違い・スペック違い・オプション品など）
商品イメージ
アズワン品番
商品名
型番
入り数
標準価格
標準価格(ドル)
アズワン在庫
[サプライヤ在庫]
61-6883-82
Broadband Quartz Waveplate 400-700nm Type λ/2 WPQW-VIS-2M
WPQW-VIS-2M
1piece
JPY: 156,700
USD: 974.99
61-6883-83
Broadband Quartz Waveplate 650-780nm Type λ/2 WPQW-65/78-2M
WPQW-65/78-2M
1piece
JPY: 156,700
USD: 974.99
61-6883-84
Broadband Quartz Waveplate 700-1000nm Type λ/2 WPQW-NIR-2M
WPQW-NIR-2M
1piece
JPY: 156,700
USD: 974.99
61-6883-85
Broadband Quartz Waveplate 1000-1600nm Type λ/2 WPQW-IR-2M
WPQW-IR-2M
1piece
JPY: 156,700
USD: 974.99
61-6883-86
Broadband Quartz Waveplate 400-700nm Type λ/4 WPQW-VIS-4M
WPQW-VIS-4M
1piece
JPY: 156,700
USD: 974.99
61-6883-87
Broadband Quartz Waveplate 650-780nm Type λ/4 WPQW-65/78-4M
WPQW-65/78-4M
1piece
JPY: 156,700
USD: 974.99
61-6883-88
Broadband Quartz Waveplate 700-1000nm Type λ/4 WPQW-NIR-4M
WPQW-NIR-4M
1piece
JPY: 156,700
USD: 974.99
61-6883-89
Broadband Quartz Waveplate 1000-1600nm Type λ/4 WPQW-IR-4M
WPQW-IR-4M
1piece
JPY: 156,700
USD: 974.99
61-6883-83 Broadband Quartz Waveplate 650-780nm Type λ/2 WPQW-65/78-2M
特徴
- By combining two crystals with different wavelength characteristics of the phase difference, we achieved a zero-order waveplate with a small change in phase difference over a wide wavelength range.
- Because of the air gap type, it can also be used for high-power lasers.
- Since it is a zero-order waveplate, the change in phase difference due to temperature change is small and very stable.
- There are two types of wave plates: a 1/2 wave plate that can rotate the polarization direction and a 1/4 wave plate that can convert linearly polarized light into circularly polarized light.
- A total of four types are available: three infrared types with different bands and visibility types.
- The optical element is fixed to the frame so that stress is not applied to the element when it is held in the holder.
- Both sides of the two elements (four in total) are coated with anti-reflection coating, resulting in high transmittance.
- A Fresnel Rom Wavelength Plate (FRB) is also available.
- * Before use, make sure that the energy density of the incident laser beam does not exceed the laser capacity.
- * The thickness of the frame (6 mm) may vary depending on the device specifications.
- * When using a high-energy pulsed laser, use an air-gap type wave plate (WPQG).
- * Do not touch the screws on the waveplate frame.
- * The characteristics may deteriorate or the device may fall off.
- * If a strong impact is applied to the waveplate frame, the axis of the element may become misaligned.
仕様
- [
common specification] - Material: Crystal MgF 2
- Frame material: Aluminum surface treatment: Black anodic oxide
- Effective range: 14 x 14mm
- Transmitted wavefront accuracy: λ/4 (substrate per 1 sheet)
- Beam polarization angle: ＜5″
- Coating: Double-sided reflective prevention film (4 faces)
- Transmittance: > Average 98%
- Scratch - dig: 20?10
- [Individual specification]
- Type: λ/2
- Adaptive wavelength λ: 650 - 780nm
- Retardation in the design (650nm): 325.3nm
- Retardation in the design (700nm): 352.7nm
- Retardation in the design (750nm): 376.9nm
- Retardation in the design (800nm): 398.8nm
- Laser durability *: 7J/cm2
- *Laser pulse width 10ns, Repeat frequency 20Hz
- RoHS conform product
| Order No. | 61-6883-83 | |
|---|---|---|
| 型番 | WPQW-65/78-2M | |
| 標準価格 |
JPY: 156,700
USD: 974.99
Excange rate 1USD= 160.72JPY
Valid price in Japan |
|
| 入り数 | 1piece | |
| 在庫数 |
|
|
| サプライヤ在庫 |
|
|
商品のバリエーション （サイズ違い・スペック違い・オプション品など）
| 商品イメージ | アズワン品番 | 商品名 | 型番 | 入り数 | 標準価格 | 標準価格(ドル) | アズワン在庫 [サプライヤ在庫] |
|
|---|---|---|---|---|---|---|---|---|
|
61-6883-82 | Broadband Quartz Waveplate 400-700nm Type λ/2 WPQW-VIS-2M | WPQW-VIS-2M | 1piece | JPY: 156,700 | USD: 974.99 |
|
|
|
61-6883-83 | Broadband Quartz Waveplate 650-780nm Type λ/2 WPQW-65/78-2M | WPQW-65/78-2M | 1piece | JPY: 156,700 | USD: 974.99 |
|
|
|
61-6883-84 | Broadband Quartz Waveplate 700-1000nm Type λ/2 WPQW-NIR-2M | WPQW-NIR-2M | 1piece | JPY: 156,700 | USD: 974.99 |
|
|
|
61-6883-85 | Broadband Quartz Waveplate 1000-1600nm Type λ/2 WPQW-IR-2M | WPQW-IR-2M | 1piece | JPY: 156,700 | USD: 974.99 |
|
|
|
61-6883-86 | Broadband Quartz Waveplate 400-700nm Type λ/4 WPQW-VIS-4M | WPQW-VIS-4M | 1piece | JPY: 156,700 | USD: 974.99 |
|
|
|
61-6883-87 | Broadband Quartz Waveplate 650-780nm Type λ/4 WPQW-65/78-4M | WPQW-65/78-4M | 1piece | JPY: 156,700 | USD: 974.99 |
|
|
|
61-6883-88 | Broadband Quartz Waveplate 700-1000nm Type λ/4 WPQW-NIR-4M | WPQW-NIR-4M | 1piece | JPY: 156,700 | USD: 974.99 |
|
|
|
61-6883-89 | Broadband Quartz Waveplate 1000-1600nm Type λ/4 WPQW-IR-4M | WPQW-IR-4M | 1piece | JPY: 156,700 | USD: 974.99 |
|